It has been a very busy couple of weeks as we worked against some major transitions and a security fix that required a rebuild of the $world. I am happy to report that against all odds we have a beta release! You can read all about it here: https://kubuntu.org/news/kubuntu-24-04-beta-released/ Post beta freeze I have already begun pushing our fixes for known issues today. A big one being our new branding! Very exciting times in the Kubuntu world. In the snap world I will be using my free time to start knocking out KDE applications ( not covered by the project ). I have also recruited some help, so you should start seeing these pop up in the edge channel very soon! Now that we are nearing the release of Noble Numbat, my contract is coming to an end with Kubuntu. If you would like to see Plasma 6 in the next release and in a PPA for Noble, please consider donating to extend my contract at https://kubuntu.org/donate ! On a personal level, I am still looking to help with my grandson and you can find that here: https://www.gofundme.com/f/in-loving-memory-of-william-billy-dean-scalf Thanks for stopping by, Scarlett

Those of you who haven t been in IT for far, far too long might not know that next month will be the 16th(!) anniversary of the disclosure of what was, at the time, a fairly earth-shattering revelation: that for about 18 months, the Debian OpenSSL package was generating entirely predictable private keys. The recent xz-stential threat (thanks to @nixCraft for making me aware of that one), has got me thinking about my own serendipitous interaction with a major vulnerability. Given that the statute of limitations has (probably) run out, I thought I d share it as a tale of how huh, that s weird can be a powerful threat-hunting tool but only if you ve got the time to keep pulling at the thread.

Prelude to an Adventure Our story begins back in March 2008. I was working at Engine Yard (EY), a now largely-forgotten Rails-focused hosting company, which pioneered several advances in Rails application deployment. Probably EY s greatest claim to lasting fame is that they helped launch a little code hosting platform you might have heard of, by providing them free infrastructure when they were little more than a glimmer in the Internet s eye. I am, of course, talking about everyone s favourite Microsoft product: GitHub. Since GitHub was in the right place, at the right time, with a compelling product offering, they quickly started to gain traction, and grow their userbase. With growth comes challenges, amongst them the one we re focusing on today: SSH login times. Then, as now, GitHub provided SSH access to the git repos they hosted, by SSHing to git@github.com with publickey authentication. They were using the standard way that everyone manages SSH keys: the ~/.ssh/authorized_keys file, and that became a problem as the number of keys started to grow. The way that SSH uses this file is that, when a user connects and asks for publickey authentication, SSH opens the ~/.ssh/authorized_keys file and scans all of the keys listed in it, looking for a key which matches the key that the user presented. This linear search is normally not a huge problem, because nobody in their right mind puts more than a few keys in their ~/.ssh/authorized_keys, right?

Of course, as a popular, rapidly-growing service, GitHub was gaining users at a fair clip, to the point that the one big file that stored all the SSH keys was starting to visibly impact SSH login times. This problem was also not going to get any better by itself. Something Had To Be Done. EY management was keen on making sure GitHub ran well, and so despite it not really being a hosting problem, they were willing to help fix this problem. For some reason, the late, great, Ezra Zygmuntowitz pointed GitHub in my direction, and let me take the time to really get into the problem with the GitHub team. After examining a variety of different possible solutions, we came to the conclusion that the least-worst option was to patch OpenSSH to lookup keys in a MySQL database, indexed on the key fingerprint. We didn t take this decision on a whim it wasn t a case of yeah, sure, let s just hack around with OpenSSH, what could possibly go wrong? . We knew it was potentially catastrophic if things went sideways, so you can imagine how much worse the other options available were. Ensuring that this wouldn t compromise security was a lot of the effort that went into the change. In the end, though, we rolled it out in early April, and lo! SSH logins were fast, and we were pretty sure we wouldn t have to worry about this problem for a long time to come. Normally, you d think patching OpenSSH to make mass SSH logins super fast would be a good story on its own. But no, this is just the opening scene.

Chekov s Gun Makes its Appearance Fast forward a little under a month, to the first few days of May 2008. I get a message from one of the GitHub team, saying that somehow users were able to access other users repos over SSH. Naturally, as we d recently rolled out the OpenSSH patch, which touched this very thing, the code I d written was suspect number one, so I was called in to help.

They're called The Usual Suspects for a reason, but sometimes, it really is Keyser S ze

Eventually, after more than a little debugging, we discovered that, somehow, there were two users with keys that had the same key fingerprint. This absolutely shouldn t happen it s a bit like winning the lottery twice in a row¹ unless the users had somehow shared their keys with each other, of course. Still, it was worth investigating, just in case it was a web application bug, so the GitHub team reached out to the users impacted, to try and figure out what was going on. The users professed no knowledge of each other, neither admitted to publicising their key, and couldn t offer any explanation as to how the other person could possibly have gotten their key. Then things went from weird to what the ? . Because another pair of users showed up, sharing a key fingerprint but it was a different shared key fingerprint. The odds now have gone from winning the lottery multiple times in a row to as close to this literally cannot happen as makes no difference.

Once we were really, really confident that the OpenSSH patch wasn t the cause of the problem, my involvement in the problem basically ended. I wasn t a GitHub employee, and EY had plenty of other customers who needed my help, so I wasn t able to stay deeply involved in the on-going investigation of The Mystery of the Duplicate Keys. However, the GitHub team did keep talking to the users involved, and managed to determine the only apparent common factor was that all the users claimed to be using Debian or Ubuntu systems, which was where their SSH keys would have been generated. That was as far as the investigation had really gotten, when along came May 13, 2008.

Chekov s Gun Goes Off With the publication of DSA-1571-1, everything suddenly became clear. Through a well-meaning but ultimately disasterous cleanup of OpenSSL s randomness generation code, the Debian maintainer had inadvertently reduced the number of possible keys that could be generated by a given user from bazillions to a little over 32,000. With so many people signing up to GitHub some of them no doubt following best practice and freshly generating a separate key it s unsurprising that some collisions occurred. You can imagine the sense of oooooooh, so that s what s going on! that rippled out once the issue was understood. I was mostly glad that we had conclusive evidence that my OpenSSH patch wasn t at fault, little knowing how much more contact I was to have with Debian weak keys in the future, running a huge store of known-compromised keys and using them to find misbehaving Certificate Authorities, amongst other things.

Lessons Learned While I ve not found a description of exactly when and how Luciano Bello discovered the vulnerability that became CVE-2008-0166, I presume he first came across it some time before it was disclosed likely before GitHub tripped over it. The stable Debian release that included the vulnerable code had been released a year earlier, so there was plenty of time for Luciano to have discovered key collisions and go hmm, I wonder what s going on here? , then keep digging until the solution presented itself. The thought hmm, that s odd , followed by intense investigation, leading to the discovery of a major flaw is also what ultimately brought down the recent XZ backdoor. The critical part of that sequence is the ability to do that intense investigation, though. When I reflect on my brush with the Debian weak keys vulnerability, what sticks out to me is the fact that I didn t do the deep investigation. I wonder if Luciano hadn t found it, how long it might have been before it was found. The GitHub team would have continued investigating, presumably, and perhaps they (or I) would have eventually dug deep enough to find it. But we were all super busy myself, working support tickets at EY, and GitHub feverishly building features and fighting the fires in their rapidly-growing service. As it was, Luciano was able to take the time to dig in and find out what was happening, but just like the XZ backdoor, I feel like we, as an industry, got a bit lucky that someone with the skills, time, and energy was on hand at the right time to make a huge difference. It s a luxury to be able to take the time to really dig into a problem, and it s a luxury that most of us rarely have. Perhaps an understated takeaway is that somehow we all need to wrestle back some time to follow our hunches and really dig into the things that make us go hmm .

Support My Hunches If you d like to help me be able to do intense investigations of mysterious software phenomena, you can shout me a refreshing beverage on ko-fi.

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1. the odds are actually probably more like winning the lottery about twenty times in a row. The numbers involved are staggeringly huge, so it s easiest to just approximate it as really, really unlikely .

Dear Debianites This morning I decided to just start writing Bits from DPL and send whatever I have by 18:00 local time. Here it is, barely proof read, along with all it's warts and grammar mistakes! It's slightly long and doesn't contain any critical information, so if you're not in the mood, don't feel compelled to read it! Get ready for a new DPL! Soon, the voting period will start to elect our next DPL, and my time as DPL will come to an end. Reading the questions posted to the new candidates on debian-vote, it takes quite a bit of restraint to not answer all of them myself, I think I can see how that aspect contributed to me being reeled in to running for DPL! In total I've done so 5 times (the first time I ran, Sam was elected!). Good luck to both Andreas and Sruthi, our current DPL candidates! I've already started working on preparing handover, and there's multiple request from teams that have came in recently that will have to wait for the new term, so I hope they're both ready to hit the ground running! Things that I wish could have gone better Communication Recently, I saw a t-shirt that read:

Adulthood is saying, 'But after this week things will slow down a bit' over and over until you die.

I can relate! With every task, crisis or deadline that appears, I think that once this is over, I'll have some more breathing space to get back to non-urgent, but important tasks. "Bits from the DPL" was something I really wanted to get right this last term, and clearly failed spectacularly. I have two long Bits from the DPL drafts that I never finished, I tend to have prioritised problems of the day over communication. With all the hindsight I have, I'm not sure which is better to prioritise, I do rate communication and transparency very highly and this is really the top thing that I wish I could've done better over the last four years. On that note, thanks to people who provided me with some kind words when I've mentioned this to them before. They pointed out that there are many other ways to communicate and be in touch with the community, and they mentioned that they thought that I did a good job with that. Since I'm still on communication, I think we can all learn to be more effective at it, since it's really so important for the project. Every time I publicly spoke about us spending more money, we got more donations. People out there really like to see how we invest funds in to Debian, instead of just making it heap up. DSA just spent a nice chunk on money on hardware, but we don't have very good visibility on it. It's one thing having it on a public line item in SPI's reporting, but it would be much more exciting if DSA could provide a write-up on all the cool hardware they're buying and what impact it would have on developers, and post it somewhere prominent like debian-devel-announce, Planet Debian or Bits from Debian (from the publicity team). I don't want to single out DSA there, it's difficult and affects many other teams. The Salsa CI team also spent a lot of resources (time and money wise) to extend testing on AMD GPUs and other AMD hardware. It's fantastic and interesting work, and really more people within the project and in the outside world should know about it! I'm not going to push my agendas to the next DPL, but I hope that they continue to encourage people to write about their work, and hopefully at some point we'll build enough excitement in doing so that it becomes a more normal part of our daily work. Founding Debian as a standalone entity This was my number one goal for the project this last term, which was a carried over item from my previous terms. I'm tempted to write everything out here, including the problem statement and our current predicaments, what kind of ground work needs to happen, likely constitutional changes that need to happen, and the nature of the GR that would be needed to make such a thing happen, but if I start with that, I might not finish this mail. In short, I 100% believe that this is still a very high ranking issue for Debian, and perhaps after my term I'd be in a better position to spend more time on this (hmm, is this an instance of "The grass is always better on the other side", or "Next week will go better until I die?"). Anyway, I'm willing to work with any future DPL on this, and perhaps it can in itself be a delegation tasked to properly explore all the options, and write up a report for the project that can lead to a GR. Overall, I'd rather have us take another few years and do this properly, rather than rush into something that is again difficult to change afterwards. So while I very much wish this could've been achieved in the last term, I can't say that I have any regrets here either. My terms in a nutshell COVID-19 and Debian 11 era My first term in 2020 started just as the COVID-19 pandemic became known to spread globally. It was a tough year for everyone, and Debian wasn't immune against its effects either. Many of our contributors got sick, some have lost loved ones (my father passed away in March 2020 just after I became DPL), some have lost their jobs (or other earners in their household have) and the effects of social distancing took a mental and even physical health toll on many. In Debian, we tend to do really well when we get together in person to solve problems, and when DebConf20 got cancelled in person, we understood that that was necessary, but it was still more bad news in a year we had too much of it already. I can't remember if there was ever any kind of formal choice or discussion about this at any time, but the DebConf video team just kind of organically and spontaneously became the orga team for an online DebConf, and that lead to our first ever completely online DebConf. This was great on so many levels. We got to see each other's faces again, even though it was on screen. We had some teams talk to each other face to face for the first time in years, even though it was just on a Jitsi call. It had a lasting cultural change in Debian, some teams still have video meetings now, where they didn't do that before, and I think it's a good supplement to our other methods of communication. We also had a few online Mini-DebConfs that was fun, but DebConf21 was also online, and by then we all developed an online conference fatigue, and while it was another good online event overall, it did start to feel a bit like a zombieconf and after that, we had some really nice events from the Brazillians, but no big global online community events again. In my opinion online MiniDebConfs can be a great way to develop our community and we should spend some further energy into this, but hey! This isn't a platform so let me back out of talking about the future as I see it... Despite all the adversity that we faced together, the Debian 11 release ended up being quite good. It happened about a month or so later than what we ideally would've liked, but it was a solid release nonetheless. It turns out that for quite a few people, staying inside for a few months to focus on Debian bugs was quite productive, and Debian 11 ended up being a very polished release. During this time period we also had to deal with a previous Debian Developer that was expelled for his poor behaviour in Debian, who continued to harass members of the Debian project and in other free software communities after his expulsion. This ended up being quite a lot of work since we had to take legal action to protect our community, and eventually also get the police involved. I'm not going to give him the satisfaction by spending too much time talking about him, but you can read our official statement regarding Daniel Pocock here: https://www.debian.org/News/2021/20211117 In late 2021 and early 2022 we also discussed our general resolution process, and had two consequent votes to address some issues that have affected past votes:

• https://www.debian.org/vote/2021/vote_003
• https://www.debian.org/vote/2022/vote_001

In my first term I addressed our delegations that were a bit behind, by the end of my last term all delegation requests are up to date. There's still some work to do, but I'm feeling good that I get to hand this over to the next DPL in a very decent state. Delegation updates can be very deceiving, sometimes a delegation is completely re-written and it was just 1 or 2 hours of work. Other times, a delegation updated can contain one line that has changed or a change in one team member that was the result of days worth of discussion and hashing out differences. I also received quite a few requests either to host a service, or to pay a third-party directly for hosting. This was quite an admin nightmare, it either meant we had to manually do monthly reimbursements to someone, or have our TOs create accounts/agreements at the multiple providers that people use. So, after talking to a few people about this, we founded the DebianNet team (we could've admittedly chosen a better name, but that can happen later on) for providing hosting at two different hosting providers that we have agreement with so that people who host things under debian.net have an easy way to host it, and then at the same time Debian also has more control if a site maintainer goes MIA. More info: https://wiki.debian.org/Teams/DebianNet You might notice some Openstack mentioned there, we had some intention to set up a Debian cloud for hosting these things, that could also be used for other additional Debiany things like archive rebuilds, but these have so far fallen through. We still consider it a good idea and hopefully it will work out some other time (if you're a large company who can sponsor few racks and servers, please get in touch!) DebConf22 and Debian 12 era DebConf22 was the first time we returned to an in-person DebConf. It was a bit smaller than our usual DebConf - understandably so, considering that there were still COVID risks and people who were at high risk or who had family with high risk factors did the sensible thing and stayed home. After watching many MiniDebConfs online, I also attended my first ever MiniDebConf in Hamburg. It still feels odd typing that, it feels like I should've been at one before, but my location makes attending them difficult (on a side-note, a few of us are working on bootstrapping a South African Debian community and hopefully we can pull off MiniDebConf in South Africa later this year). While I was at the MiniDebConf, I gave a talk where I covered the evolution of firmware, from the simple e-proms that you'd find in old printers to the complicated firmware in modern GPUs that basically contain complete operating systems- complete with drivers for the device their running on. I also showed my shiny new laptop, and explained that it's impossible to install that laptop without non-free firmware (you'd get a black display on d-i or Debian live). Also that you couldn't even use an accessibility mode with audio since even that depends on non-free firmware these days. Steve, from the image building team, has said for a while that we need to do a GR to vote for this, and after more discussion at DebConf, I kept nudging him to propose the GR, and we ended up voting in favour of it. I do believe that someone out there should be campaigning for more free firmware (unfortunately in Debian we just don't have the resources for this), but, I'm glad that we have the firmware included. In the end, the choice comes down to whether we still want Debian to be installable on mainstream bare-metal hardware. At this point, I'd like to give a special thanks to the ftpmasters, image building team and the installer team who worked really hard to get the changes done that were needed in order to make this happen for Debian 12, and for being really proactive for remaining niggles that was solved by the time Debian 12.1 was released. The included firmware contributed to Debian 12 being a huge success, but it wasn't the only factor. I had a list of personal peeves, and as the hard freeze hit, I lost hope that these would be fixed and made peace with the fact that Debian 12 would release with those bugs. I'm glad that lots of people proved me wrong and also proved that it's never to late to fix bugs, everything on my list got eliminated by the time final freeze hit, which was great! We usually aim to have a release ready about 2 years after the previous release, sometimes there are complications during a freeze and it can take a bit longer. But due to the excellent co-ordination of the release team and heavy lifting from many DDs, the Debian 12 release happened 21 months and 3 weeks after the Debian 11 release. I hope the work from the release team continues to pay off so that we can achieve their goals of having shorter and less painful freezes in the future! Even though many things were going well, the ongoing usr-merge effort highlighted some social problems within our processes. I started typing out the whole history of usrmerge here, but it's going to be too long for the purpose of this mail. Important questions that did come out of this is, should core Debian packages be team maintained? And also about how far the CTTE should really be able to override a maintainer. We had lots of discussion about this at DebConf22, but didn't make much concrete progress. I think that at some point we'll probably have a GR about package maintenance. Also, thank you to Guillem who very patiently explained a few things to me (after probably having have to done so many times to others before already) and to Helmut who have done the same during the MiniDebConf in Hamburg. I think all the technical and social issues here are fixable, it will just take some time and patience and I have lots of confidence in everyone involved. UsrMerge wiki page: https://wiki.debian.org/UsrMerge DebConf 23 and Debian 13 era DebConf23 took place in Kochi, India. At the end of my Bits from the DPL talk there, someone asked me what the most difficult thing I had to do was during my terms as DPL. I answered that nothing particular stood out, and even the most difficult tasks ended up being rewarding to work on. Little did I know that my most difficult period of being DPL was just about to follow. During the day trip, one of our contributors, Abraham Raji, passed away in a tragic accident. There's really not anything anyone could've done to predict or stop it, but it was devastating to many of us, especially the people closest to him. Quite a number of DebConf attendees went to his funeral, wearing the DebConf t-shirts he designed as a tribute. It still haunts me when I saw his mother scream "He was my everything! He was my everything!", this was by a large margin the hardest day I've ever had in Debian, and I really wasn't ok for even a few weeks after that and I think the hurt will be with many of us for some time to come. So, a plea again to everyone, please take care of yourself! There's probably more people that love you than you realise. A special thanks to the DebConf23 team, who did a really good job despite all the uphills they faced (and there were many!). As DPL, I think that planning for a DebConf is near to impossible, all you can do is show up and just jump into things. I planned to work with Enrico to finish up something that will hopefully save future DPLs some time, and that is a web-based DD certificate creator instead of having the DPL do so manually using LaTeX. It already mostly works, you can see the work so far by visiting https://nm.debian.org/person/ACCOUNTNAME/certificate/ and replacing ACCOUNTNAME with your Debian account name, and if you're a DD, you should see your certificate. It still needs a few minor changes and a DPL signature, but at this point I think that will be finished up when the new DPL start. Thanks to Enrico for working on this! Since my first term, I've been trying to find ways to improve all our accounting/finance issues. Tracking what we spend on things, and getting an annual overview is hard, especially over 3 trusted organisations. The reimbursement process can also be really tedious, especially when you have to provide files in a certain order and combine them into a PDF. So, at DebConf22 we had a meeting along with the treasurer team and Stefano Rivera who said that it might be possible for him to work on a new system as part of his Freexian work. It worked out, and Freexian funded the development of the system since then, and after DebConf23 we handled the reimbursements for the conference via the new reimbursements site: https://reimbursements.debian.net/ It's still early days, but over time it should be linked to all our TOs and we'll use the same category codes across the board. So, overall, our reimbursement process becomes a lot simpler, and also we'll be able to get information like how much money we've spent on any category in any period. It will also help us to track how much money we have available or how much we spend on recurring costs. Right now that needs manual polling from our TOs. So I'm really glad that this is a big long-standing problem in the project that is being fixed. For Debian 13, we're waving goodbye to the KFreeBSD and mipsel ports. But we're also gaining riscv64 and loongarch64 as release architectures! I have 3 different RISC-V based machines on my desk here that I haven't had much time to work with yet, you can expect some blog posts about them soon after my DPL term ends! As Debian is a unix-like system, we're affected by the Year 2038 problem, where systems that uses 32 bit time in seconds since 1970 run out of available time and will wrap back to 1970 or have other undefined behaviour. A detailed wiki page explains how this works in Debian, and currently we're going through a rather large transition to make this possible. I believe this is the right time for Debian to be addressing this, we're still a bit more than a year away for the Debian 13 release, and this provides enough time to test the implementation before 2038 rolls along. Of course, big complicated transitions with dependency loops that causes chaos for everyone would still be too easy, so this past weekend (which is a holiday period in most of the west due to Easter weekend) has been filled with dealing with an upstream bug in xz-utils, where a backdoor was placed in this key piece of software. An Ars Technica covers it quite well, so I won't go into all the details here. I mention it because I want to give yet another special thanks to everyone involved in dealing with this on the Debian side. Everyone involved, from the ftpmasters to security team and others involved were super calm and professional and made quick, high quality decisions. This also lead to the archive being frozen on Saturday, this is the first time I've seen this happen since I've been a DD, but I'm sure next week will go better! Looking forward It's really been an honour for me to serve as DPL. It might well be my biggest achievement in my life. Previous DPLs range from prominent software engineers to game developers, or people who have done things like complete Iron Man, run other huge open source projects and are part of big consortiums. Ian Jackson even authored dpkg and is now working on the very interesting tag2upload service! I'm a relative nobody, just someone who grew up as a poor kid in South Africa, who just really cares about Debian a lot. And, above all, I'm really thankful that I didn't do anything major to screw up Debian for good. Not unlike learning how to use Debian, and also becoming a Debian Developer, I've learned a lot from this and it's been a really valuable growth experience for me. I know I can't possible give all the thanks to everyone who deserves it, so here's a big big thanks to everyone who have worked so hard and who have put in many, many hours to making Debian better, I consider you all heroes! -Jonathan

Earlier today, I have just released debputy version 0.1.21 to Debian unstable. In the blog post, I will highlight some of the new features.

In my previous blog post Providing online reference documentation for debputy, I made a point about how debhelper documentation was suboptimal on account of being static rather than online. The thing is that debhelper is not alone in this problem space, even if it is a major contributor to the number of packaging files you have to to know about. If we look at the "competition" here such as Fedora and Arch Linux, they tend to only have one packaging file. While most Debian people will tell you a long list of cons about having one packaging file (such a Fedora's spec file being 3+ domain specific languages "mashed" into one file), one major advantage is that there is only "the one packaging file". You only need to remember where to find the documentation for one file, which is great when you are running on wetware with limited storage capacity. Which means as a newbie, you can dedicate less mental resources to tracking multiple files and how they interact and more effort understanding the "one file" at hand. I started by asking myself how can we in Debian make the packaging stack more accessible to newcomers? Spoiler alert, I dug myself into rabbit hole and ended up somewhere else than where I thought I was going. I started by wanting to scan the debian directory and annotate all files that I could with documentation links. The logic was that if debputy could do that for you, then you could spend more mental effort elsewhere. So I combined debputy's packager provided files detection with a static list of files and I quickly had a good starting point for debputy-based packages.

Review: The Library of Broken Worlds, by Alaya Dawn Johnson

Publisher:	Scholastic Press
Copyright:	June 2023
ISBN:	1-338-29064-9
Format:	Kindle
Pages:	446

The Library of Broken Worlds is a young-adult far-future science fantasy. So far as I can tell, it's stand-alone, although more on that later in the review. Freida is the adopted daughter of Nadi, the Head Librarian, and her greatest wish is to become a librarian herself. When the book opens, she's a teenager in highly competitive training. Freida is low-wetware, without the advanced and expensive enhancements of many of the other students competing for rare and prized librarian positions, which she makes up for by being the most audacious. She doesn't need wetware to commune with the library material gods. If one ventures deep into their tunnels and consumes their crystals, direct physical communion is possible. The library tunnels are Freida's second home, in part because that's where she was born. She was created by the Library, and specifically by Iemaja, the youngest of the material gods. Precisely why is a mystery. To Nadi, Freida is her daughter. To Quinn, Nadi's main political rival within the library, Freida is a thing, a piece of the library, a secondary and possibly rogue AI. A disruptive annoyance. The Library of Broken Worlds is the sort of science fiction where figuring out what is going on is an integral part of the reading experience. It opens with a frame story of an unnamed girl (clearly Freida) waking the god Nameren and identifying herself as designed for deicide. She provokes Nameren's curiosity and offers an Arabian Nights bargain: if he wants to hear her story, he has to refrain from killing her for long enough for her to tell it. As one might expect, the main narrative doesn't catch up to the frame story until the very end of the book. The Library is indeed some type of library that librarians can search for knowledge that isn't available from more mundane sources, but Freida's personal experience of it is almost wholly religious and oracular. The library's material gods are identified as AIs, but good luck making sense of the story through a science fiction frame, even with a healthy allowance for sufficiently advanced technology being indistinguishable from magic. The symbolism and tone is entirely fantasy, and late in the book it becomes clear that whatever the material gods are, they're not simple technological AIs in the vein of, say, Banks's Ship Minds. Also, the Library is not solely a repository of knowledge. It is the keeper of an interstellar peace. The Library was founded after the Great War, to prevent a recurrence. It functions as a sort of legal system and grand tribunal in ways that are never fully explained. As you might expect, that peace is based more on stability than fairness. Five of the players in this far future of humanity are the Awilu, the most advanced society and the first to leave Earth (or Tierra as it's called here); the Mah m, who possess the material war god Nameren of the frame story; the Lunars and Martians, who dominate the Sol system; and the surviving Tierrans, residents of a polluted and struggling planet that is ruthlessly exploited by the Lunars. The problem facing Freida and her friends at the start of the book is a petition brought by a young Tierran against Lunar exploitation of his homeland. His name is Joshua, and Freida is more than half in love with him. Joshua's legal argument involves interpretation of the freedom node of the treaty that ended the Great War, a node that precedent says gives the Lunars the freedom to exploit Tierra, but which Joshua claims has a still-valid originalist meaning granting Tierrans freedom from exploitation. There is, in short, a lot going on in this book, and "never fully explained" is something of a theme. Freida is telling a story to Nameren and only explains things Nameren may not already know. The reader has to puzzle out the rest from the occasional hint. This is made more difficult by the tendency of the material gods to communicate only in visions or guided hallucinations, full of symbolism that the characters only partly explain to the reader. Nonetheless, this did mostly work, at least for me. I started this book very confused, but by about the midpoint it felt like the background was coming together. I'm still not sure I understand the aurochs, baobab, and cicada symbolism that's so central to the framing story, but it's the pleasant sort of stretchy confusion that gives my brain a good workout. I wish Johnson had explained a few more things plainly, particularly near the end of the book, but my remaining level of confusion was within my tolerances. Unfortunately, the ending did not work for me. The first time I read it, I had no idea what it meant. Lots of baffling, symbolic things happened and then the book just stopped. After re-reading the last 10%, I think all the pieces of an ending and a bit of an explanation are there, but it's absurdly abbreviated. This is another book where the author appears to have been finished with the story before I was. This keeps happening to me, so this probably says something more about me than it says about books, but I want books to have an ending. If the characters have fought and suffered through the plot, I want them to have some space to be happy and to see how their sacrifices play out, with more detail than just a few vague promises. If much of the book has been puzzling out the nature of the world, I would like some concrete confirmation of at least some of my guesswork. And if you're going to end the book on radical transformation, I want to see the results of that transformation. Johnson does an excellent job showing how brutal the peace of the powerful can be, and is willing to light more things on fire over the course of this book than most authors would, but then doesn't offer the reader much in the way of payoff. For once, I wish this stand-alone turned out to be a series. I think an additional book could be written in the aftermath of this ending, and I would definitely read that novel. Johnson has me caring deeply about these characters and fascinated by the world background, and I'd happily spend another 450 pages finding out what happens next. But, frustratingly, I think this ending was indeed intended to wrap up the story. I think this book may fall between a few stools. Science fiction readers who want mysterious future worlds to be explained by the end of the book are going to be frustrated by the amount of symbolism, allusion, and poetic description. Literary fantasy readers, who have a higher tolerance for that style, are going to wish for more focused and polished writing. A lot of the story is firmly YA: trying and failing to fit in, developing one's identity, coming into power, relationship drama, great betrayals and regrets, overcoming trauma and abuse, and unraveling lies that adults tell you. But this is definitely not a straight-forward YA plot or world background. It demands a lot from the reader, and while I am confident many teenage readers would rise to that challenge, it seems like an awkward fit for the YA marketing category. About 75% of the way in, I would have told you this book was great and you should read it. The ending was a let-down and I'm still grumpy about it. I still think it's worth your attention if you're in the mood for a sink-or-swim type of reading experience. Just be warned that when the ride ends, I felt unceremoniously dumped on the pavement. Content warnings: Rape, torture, genocide. Rating: 7 out of 10

This post is in part a response to an aspect of Nate s post Does Wayland really break everything? , but also my reflection on discussing Wayland protocol additions, a unique pleasure that I have been involved with for the past months¹.

Some facts Before I start I want to make a few things clear: The Linux desktop will be moving to Wayland² this is a fact at this point (and has been for a while), sticking to X11 makes no sense for future projects. From reading Wayland protocols and working with it at a much lower level than I ever wanted to, it is also very clear to me that Wayland is an exceptionally well-designed core protocol, and so are the additional extension protocols (xdg-shell & Co.). The modularity of Wayland is great, it gives it incredible flexibility and will for sure turn out to be good for the long-term viability of this project (and also provides a path to correct protocol issues in future, if one is found). In other words: Wayland is an amazing foundation to build on, and a lot of its design decisions make a lot of sense! The shift towards people seeing Linux more as an application developer platform, and taking PipeWire and XDG Portals into account when designing for Wayland is also an amazing development and I love to see this this holistic approach is something I always wanted! Furthermore, I think Wayland removes a lot of functionality that shouldn t exist in a modern compositor and that s a good thing too! Some of X11 s features and design decisions had clear drawbacks that we shouldn t replicate. I highly recommend to read Nate s blog post, it s very good and goes into more detail. And due to all of this, I firmly believe that any advancement in the Wayland space must come from within the project.

But! But! Of course there was a but coming I think while developing Wayland-as-an-ecosystem we are now entrenched into narrow concepts of how a desktop should work. While discussing Wayland protocol additions, a lot of concepts clash, people from different desktops with different design philosophies debate the merits of those over and over again never reaching any conclusion (just as you will never get an answer out of humans whether sushi or pizza is the clearly superior food, or whether CSD or SSD is better). Some people want to use Wayland as a vehicle to force applications to submit to their desktop s design philosophies, others prefer the smallest and leanest protocol possible, other developers want the most elegant behavior possible. To be clear, I think those are all very valid approaches. But this also creates problems: By switching to Wayland compositors, we are already forcing a lot of porting work onto toolkit developers and application developers. This is annoying, but just work that has to be done. It becomes frustrating though if Wayland provides toolkits with absolutely no way to reach their goal in any reasonable way. For Nate s Photoshop analogy: Of course Linux does not break Photoshop, it is Adobe s responsibility to port it. But what if Linux was missing a crucial syscall that Photoshop needed for proper functionality and Adobe couldn t port it without that? In that case it becomes much less clear on who is to blame for Photoshop not being available. A lot of Wayland protocol work is focused on the environment and design, while applications and work to port them often is considered less. I think this happens because the overlap between application developers and developers of the desktop environments is not necessarily large, and the overlap with people willing to engage with Wayland upstream is even smaller. The combination of Windows developers porting apps to Linux and having involvement with toolkits or Wayland is pretty much nonexistent. So they have less of a voice.

A quick detour through the neuroscience research lab I have been involved with Freedesktop, GNOME and KDE for an incredibly long time now (more than a decade), but my actual job (besides consulting for Purism) is that of a PhD candidate in a neuroscience research lab (working on the morphology of biological neurons and its relation to behavior). I am mostly involved with three research groups in our institute, which is about 35 people. Most of us do all our data analysis on powerful servers which we connect to using RDP (with KDE Plasma as desktop). Since I joined, I have been pushing the envelope a bit to extend Linux usage to data acquisition and regular clients, and to have our data acquisition hardware interface well with it. Linux brings some unique advantages for use in research, besides the obvious one of having every step of your data management platform introspectable with no black boxes left, a goal I value very highly in research (but this would be its own blogpost). In terms of operating system usage though, most systems are still Windows-based. Windows is what companies develop for, and what people use by default and are familiar with. The choice of operating system is very strongly driven by application availability, and WSL being really good makes this somewhat worse, as it removes the need for people to switch to a real Linux system entirely if there is the occasional software requiring it. Yet, we have a lot more Linux users than before, and use it in many places where it makes sense. I also developed a novel data acquisition software that even runs on Linux-only and uses the abilities of the platform to its fullest extent. All of this resulted in me asking existing software and hardware vendors for Linux support a lot more often. Vendor-customer relationship in science is usually pretty good, and vendors do usually want to help out. Same for open source projects, especially if you offer to do Linux porting work for them But overall, the ease of use and availability of required applications and their usability rules supreme. Most people are not technically knowledgeable and just want to get their research done in the best way possible, getting the best results with the least amount of friction.

KDE/Linux usage at a control station for a particle accelerator at Adlershof Technology Park, Germany, for reference (by 25years of KDE)³

Back to the point The point of that story is this: GNOME, KDE, RHEL, Debian or Ubuntu: They all do not matter if the necessary applications are not available for them. And as soon as they are, the easiest-to-use solution wins. There are many facets of easiest : In many cases this is RHEL due to Red Hat support contracts being available, in many other cases it is Ubuntu due to its mindshare and ease of use. KDE Plasma is also frequently seen, as it is perceived a bit easier to onboard Windows users with it (among other benefits). Ultimately, it comes down to applications and 3rd-party support though. Here s a dirty secret: In many cases, porting an application to Linux is not that difficult. The thing that companies (and FLOSS projects too!) struggle with and will calculate the merits of carefully in advance is whether it is worth the support cost as well as continuous QA/testing. Their staff will have to do all of that work, and they could spend that time on other tasks after all. So if they learn that porting to Linux not only means added testing and support, but also means to choose between the legacy X11 display server that allows for 1:1 porting from Windows or the new Wayland compositors that do not support the same features they need, they will quickly consider it not worth the effort at all. I have seen this happen. Of course many apps use a cross-platform toolkit like Qt, which greatly simplifies porting. But this just moves the issue one layer down, as now the toolkit needs to abstract Windows, macOS and Wayland. And Wayland does not contain features to do certain things or does them very differently from e.g. Windows, so toolkits have no way to actually implement the existing functionality in a way that works on all platforms. So in Qt s documentation you will often find texts like works everywhere except for on Wayland compositors or mobile ⁴. Many missing bits or altered behavior are just papercuts, but those add up. And if users will have a worse experience, this will translate to more support work, or people not wanting to use the software on the respective platform.

What s missing?

Window positioning SDI applications with multiple windows are very popular in the scientific world. For data acquisition (for example with microscopes) we often have one monitor with control elements and one larger one with the recorded image. There is also other configurations where multiple signal modalities are acquired, and the experimenter aligns windows exactly in the way they want and expects the layout to be stored and to be loaded upon reopening the application. Even in the image from Adlershof Technology Park above you can see this style of UI design, at mega-scale. Being able to pop-out elements as windows from a single-window application to move them around freely is another frequently used paradigm, and immensely useful with these complex apps. It is important to note that this is not a legacy design, but in many cases an intentional choice these kinds of apps work incredibly well on larger screens or many screens and are very flexible (you can have any window configuration you want, and switch between them using the (usually) great window management abilities of your desktop). Of course, these apps will work terribly on tablets and small form factors, but that is not the purpose they were designed for and nobody would use them that way. I assumed for sure these features would be implemented at some point, but when it became clear that that would not happen, I created the ext-placement protocol which had some good discussion but was ultimately rejected from the xdg namespace. I then tried another solution based on feedback, which turned out not to work for most apps, and now proposed xdg-placement (v2) in an attempt to maybe still get some protocol done that we can agree on, exploring more options before pushing the existing protocol for inclusion into the ext Wayland protocol namespace. Meanwhile though, we can not port any application that needs this feature, while at the same time we are switching desktops and distributions to Wayland by default.

Window position restoration Similarly, a protocol to save & restore window positions was already proposed in 2018, 6 years ago now, but it has still not been agreed upon, and may not even help multiwindow apps in its current form. The absence of this protocol means that applications can not restore their former window positions, and the user has to move them to their previous place again and again. Meanwhile, toolkits can not adopt these protocols and applications can not use them and can not be ported to Wayland without introducing papercuts.

Window icons Similarly, individual windows can not set their own icons, and not-installed applications can not have an icon at all because there is no desktop-entry file to load the icon from and no icon in the theme for them. You would think this is a niche issue, but for applications that create many windows, providing icons for them so the user can find them is fairly important. Of course it s not the end of the world if every window has the same icon, but it s one of those papercuts that make the software slightly less user-friendly. Even applications with fewer windows like LibrePCB are affected, so much so that they rather run their app through Xwayland for now. I decided to address this after I was working on data analysis of image data in a Python virtualenv, where my code and the Python libraries used created lots of windows all with the default yellow W icon, making it impossible to distinguish them at a glance. This is xdg-toplevel-icon now, but of course it is an uphill battle where the very premise of needing this is questioned. So applications can not use it yet.

Limited window abilities requiring specialized protocols Firefox has a picture-in-picture feature, allowing it to pop out media from a mediaplayer as separate floating window so the user can watch the media while doing other things. On X11 this is easily realized, but on Wayland the restrictions posed on windows necessitate a different solution. The xdg-pip protocol was proposed for this specialized usecase, but it is also not merged yet. So this feature does not work as well on Wayland.

Automated GUI testing / accessibility / automation Automation of GUI tasks is a powerful feature, so is the ability to auto-test GUIs. This is being worked on, with libei and wlheadless-run (and stuff like ydotool exists too), but we re not fully there yet.

Wayland is frustrating for (some) application authors As you see, there is valid applications and valid usecases that can not be ported yet to Wayland with the same feature range they enjoyed on X11, Windows or macOS. So, from an application author s perspective, Wayland does break things quite significantly, because things that worked before can no longer work and Wayland (the whole stack) does not provide any avenue to achieve the same result. Wayland does break screen sharing, global hotkeys, gaming latency (via no tearing ) etc, however for all of these there are solutions available that application authors can port to. And most developers will gladly do that work, especially since the newer APIs are usually a lot better and more robust. But if you give application authors no path forward except use Xwayland and be on emulation as second-class citizen forever , it just results in very frustrated application developers. For some application developers, switching to a Wayland compositor is like buying a canvas from the Linux shop that forces your brush to only draw triangles. But maybe for your avant-garde art, you need to draw a circle. You can approximate one with triangles, but it will never be as good as the artwork of your friends who got their canvases from the Windows or macOS art supply shop and have more freedom to create their art.

Triangles are proven to be the best shape! If you are drawing circles you are creating bad art! Wayland, via its protocol limitations, forces a certain way to build application UX often for the better, but also sometimes to the detriment of users and applications. The protocols are often fairly opinionated, a result of the lessons learned from X11. In any case though, it is the odd one out Windows and macOS do not pose the same limitations (for better or worse!), and the effort to port to Wayland is orders of magnitude bigger, or sometimes in case of the multiwindow UI paradigm impossible to achieve to the same level of polish. Desktop environments of course have a design philosophy that they want to push, and want applications to integrate as much as possible (same as macOS and Windows!). However, there are many applications out there, and pushing a design via protocol limitations will likely just result in fewer apps.

The porting dilemma I spent probably way too much time looking into how to get applications cross-platform and running on Linux, often talking to vendors (FLOSS and proprietary) as well. Wayland limitations aren t the biggest issue by far, but they do start to come come up now, especially in the scientific space with Ubuntu having switched to Wayland by default. For application authors there is often no way to address these issues. Many scientists do not even understand why their Python script that creates some GUIs suddenly behaves weirdly because Qt is now using the Wayland backend on Ubuntu instead of X11. They do not know the difference and also do not want to deal with these details even though they may be programmers as well, the real goal is not to fiddle with the display server, but to get to a scientific result somehow. Another issue is portability layers like Wine which need to run Windows applications as-is on Wayland. Apparently Wine s Wayland driver has some heuristics to make window positioning work (and I am amazed by the work done on this!), but that can only go so far.

A way out? So, how would we actually solve this? Fundamentally, this excessively long blog post boils down to just one essential question: Do we want to force applications to submit to a UX paradigm unconditionally, potentially loosing out on application ports or keeping apps on X11 eternally, or do we want to throw them some rope to get as many applications ported over to Wayland, even through we might sacrifice some protocol purity? I think we really have to answer that to make the discussions on wayland-protocols a lot less grueling. This question can be answered at the wayland-protocols level, but even more so it must be answered by the individual desktops and compositors. If the answer for your environment turns out to be Yes, we want the Wayland protocol to be more opinionated and will not make any compromises for application portability , then your desktop/compositor should just immediately NACK protocols that add something like this and you simply shouldn t engage in the discussion, as you reject the very premise of the new protocol: That it has any merit to exist and is needed in the first place. In this case contributors to Wayland and application authors also know where you stand, and a lot of debate is skipped. Of course, if application authors want to support your environment, you are basically asking them now to rewrite their UI, which they may or may not do. But at least they know what to expect and how to target your environment. If the answer turns out to be We do want some portability , the next question obviously becomes where the line should be drawn and which changes are acceptable and which aren t. We can t blindly copy all X11 behavior, some porting work to Wayland is simply inevitable. Some written rules for that might be nice, but probably more importantly, if you agree fundamentally that there is an issue to be fixed, please engage in the discussions for the respective MRs! We for sure do not want to repeat X11 mistakes, and I am certain that we can implement protocols which provide the required functionality in a way that is a nice compromise in allowing applications a path forward into the Wayland future, while also being as good as possible and improving upon X11. For example, the toplevel-icon proposal is already a lot better than anything X11 ever had. Relaxing ACK requirements for the ext namespace is also a good proposed administrative change, as it allows some compositors to add features they want to support to the shared repository easier, while also not mandating them for others. In my opinion, it would allow for a lot less friction between the two different ideas of how Wayland protocol development should work. Some compositors could move forward and support more protocol extensions, while more restrictive compositors could support less things. Applications can detect supported protocols at launch and change their behavior accordingly (ideally even abstracted by toolkits). You may now say that a lot of apps are ported, so surely this issue can not be that bad. And yes, what Wayland provides today may be enough for 80-90% of all apps. But what I hope the detour into the research lab has done is convince you that this smaller percentage of apps matters. A lot. And that it may be worthwhile to support them. To end on a positive note: When it came to porting concrete apps over to Wayland, the only real showstoppers so far⁵ were the missing window-positioning and window-position-restore features. I encountered them when porting my own software, and I got the issue as feedback from colleagues and fellow engineers. In second place was UI testing and automation support, the window-icon issue was mentioned twice, but being a cosmetic issue it likely simply hurts people less and they can ignore it easier. What this means is that the majority of apps are already fine, and many others are very, very close! A Wayland future for everyone is within our grasp! I will also bring my two protocol MRs to their conclusion for sure, because as application developers we need clarity on what the platform (either all desktops or even just a few) supports and will or will not support in future. And the only way to get something good done is by contribution and friendly discussion.

Footnotes

1. Apologies for the clickbait-y title it comes with the subject
2. When I talk about Wayland I mean the combined set of display server protocols and accepted protocol extensions, unless otherwise clarified.
3. I would have picked a picture from our lab, but that would have needed permission first
4. Qt has awesome platform issues pages, like for macOS and Linux/X11 which help with porting efforts, but Qt doesn t even list Linux/Wayland as supported platform. There is some information though, like window geometry peculiarities, which aren t particularly helpful when porting (but still essential to know).
5. Besides issues with Nvidia hardware CUDA for simulations and machine-learning is pretty much everywhere, so Nvidia cards are common, which causes trouble on Wayland still. It is improving though.

Today, the animation figure Mickey Mouse finally was released from the corporate copyright prison, as the 1928 movie Steamboat Willie entered the public domain in USA. This movie was the first public appearance of Mickey Mouse. Sadly the figure is still on probation, thanks to trademark laws and a the Disney corporations powerful pack of lawyers, as described in the 2017 article in "How Mickey Mouse Evades the Public Domain" from Priceonomics. On the positive side, the primary driver for repeated extentions of the duration of copyright has been Disney thanks to Mickey Mouse and the 2028 movie, and as it now in the public domain I hope it will cause less urge to extend the already unreasonable long copyright duration. The first book I published, the 2004 book "Free Culture" by Lawrence Lessig, published 2015 in English, French and Norwegian Bokm l, touch on the story of Disney pushed for extending the copyright duration in USA. It is a great book explaining problems with the current copyright regime and why we need Creative Commons movement, and I strongly recommend everyone to read it. This movie (with IMDB ID tt0019422) is now available from the Internet Archive. Two copies have been uploaded so far, one uploaded 2015-11-04 (torrent) and the other 2023-01-01 (torrent) - see VLC bittorrent plugin for streaming the video using the torrent link. I am very happy to see the number of public domain movies increasing. I look forward to when those are the majority. Perhaps it will reduce the urge of the copyright industry to control its customers. A more comprehensive list of works entering the public domain in 2024 is available from the Public Domain Review. As usual, if you use Bitcoin and want to show your support of my activities, please send Bitcoin donations to my address 15oWEoG9dUPovwmUL9KWAnYRtNJEkP1u1b.

Review: The Box, by Marc Levinson

Publisher:	Princeton University Press
Copyright:	2006, 2008
Printing:	2008
ISBN:	0-691-13640-8
Format:	Trade paperback
Pages:	278

The shipping container as we know it is only about 65 years old. Shipping things in containers is obviously much older; we've been doing that for longer than we've had ships. But the standardized metal box, set on a rail car or loaded with hundreds of its indistinguishable siblings into an enormous, specially-designed cargo ship, became economically significant only recently. Today it is one of the oft-overlooked foundations of global supply chains. The startlingly low cost of container shipping is part of why so much of what US consumers buy comes from Asia, and why most complex machinery is assembled in multiple countries from parts gathered from a dizzying variety of sources. Marc Levinson's The Box is a history of container shipping, from its (arguable) beginnings in the trailer bodies loaded on Pan-Atlantic Steamship Corporation's Ideal-X in 1956 to just-in-time international supply chains in the 2000s. It's a popular history that falls on the academic side, with a full index and 60 pages of citations and other notes. (Per my normal convention, those pages aren't included in the sidebar page count.) The Box is organized mostly chronologically, but Levinson takes extended detours into labor relations and container standardization at the appropriate points in the timeline. The book is very US-centric. Asian, European, and Australian shipping is discussed mostly in relation to trade with the US, and Africa is barely mentioned. I don't have the background to know whether this is historically correct for container shipping or is an artifact of Levinson's focus. Many single-item popular histories focus on something that involves obvious technological innovation (paint pigments) or deep cultural resonance (salt) or at least entertaining quirkiness (punctuation marks, resignation letters). Shipping containers are important but simple and boring. The least interesting chapter in The Box covers container standardization, in which a whole bunch of people had boring meetings, wrote some things done, discovered many of the things they wrote down were dumb, wrote more things down, met with different people to have more meetings, published a standard that partly reflected the fixations of that one guy who is always involved in standards discussions, and then saw that standard be promptly ignored by the major market players. You may be wondering if that describes the whole book. It doesn't, but not because of the shipping containers. The Box is interesting because the process of economic change is interesting, and container shipping is almost entirely about business processes rather than technology. Levinson starts the substance of the book with a description of shipping before standardized containers. This was the most effective, and probably the most informative, chapter. Beyond some vague ideas picked up via cultural osmosis, I had no idea how cargo shipping worked. Levinson gives the reader a memorable feel for the sheer amount of physical labor involved in loading and unloading a ship with mixed cargo (what's called "breakbulk" cargo to distinguish it from bulk cargo like coal or wheat that fills an entire hold). It's not just the effort of hauling barrels, bales, or boxes with cranes or raw muscle power, although that is significant. It's also the need to touch every piece of cargo to move it, inventory it, warehouse it, and then load it on a truck or train. The idea of container shipping is widely attributed, including by Levinson, to Malcom McLean, a trucking magnate who became obsessed with the idea of what we now call intermodal transport: using the same container for goods on ships, railroads, and trucks so that the contents don't have to be unpacked and repacked at each transfer point. Levinson uses his career as an anchor for the story, from his acquisition of Pan-American Steamship Corporation to pursue his original idea (backed by private equity and debt, in a very modern twist), through his years running Sea-Land as the first successful major container shipper, and culminating in his disastrous attempted return to shipping by acquiring United States Lines. I am dubious of Great Man narratives in history books, and I think Levinson may be overselling McLean's role. Container shipping was an obvious idea that the industry had been talking about for decades. Even Levinson admits that, despite a few gestures at giving McLean central credit. Everyone involved in shipping understood that cargo handling was the most expensive and time-consuming part, and that if one could minimize cargo handling at the docks by loading and unloading full containers that didn't have to be opened, shipping costs would be much lower (and profits higher). The idea wasn't the hard part. McLean was the first person to pull it off at scale, thanks to some audacious economic risks and a willingness to throw sharp elbows and play politics, but it seems likely that someone else would have played that role if McLean hadn't existed. Container shipping didn't happen earlier because achieving that cost savings required a huge expenditure of capital and a major disruption of a transportation industry that wasn't interested in being disrupted. The ships had to be remodeled and eventually replaced; manufacturing had to change; railroad and trucking in theory had to change (in practice, intermodal transport; McLean's obsession, didn't happen at scale until much later); pricing had to be entirely reworked; logistical tracking of goods had to be done much differently; and significant amounts of extremely expensive equipment to load and unload heavy containers had to be designed, built, and installed. McLean's efforts proved the cost savings was real and compelling, but it still took two decades before the shipping industry reconstructed itself around containers. That interim period is where this history becomes a labor story, and that's where Levinson's biases become somewhat distracting. In the United States, loading and unloading of cargo ships was done by unionized longshoremen through a bizarre but complex and long-standing system of contract hiring. The cost savings of container shipping comes almost completely from the loss of work for longshoremen. It's a classic replacement of labor with capital; the work done by gangs of twenty or more longshoreman is instead done by a single crane operator at much higher speed and efficiency. The longshoreman unions therefore opposed containerization and launched numerous strikes and other labor actions to delay use of containers, force continued hiring that containers made unnecessary, or win buyouts and payoffs for current longshoremen. Levinson is trying to write a neutral history and occasionally shows some sympathy for longshoremen, but they still get the Luddite treatment in this book: the doomed reactionaries holding back progress. Longshoremen had a vigorous and powerful union that won better working conditions structured in ways that look absurd to outsiders, such as requiring that ships hire twice as many men as necessary so that half of them could get paid while not working. The unions also had a reputation for corruption that Levinson stresses constantly, and theft of breakbulk cargo during loading and warehousing was common. One of the interesting selling points for containers was that lossage from theft during shipping apparently decreased dramatically. It's obvious that the surface demand of the longshoremen unions, that either containers not be used or that just as many manual laborers be hired for container shipping as for earlier breakbulk shipping, was impossible, and that the profession as it existed in the 1950s was doomed. But beneath those facts, and the smoke screen of Levinson's obvious distaste for their unions, is a real question about what society owes workers whose jobs are eliminated by major shifts in business practices. That question of fairness becomes more pointed when one realizes that this shift was massively subsidized by US federal and local governments. McLean's Sea-Land benefited from direct government funding and subsidized navy surplus ships, massive port construction in New Jersey with public funds, and a sweetheart logistics contract from the US military to supply troops fighting the Vietnam War that was so generous that the return voyage was free and every container Sea-Land picked up from Japanese ports was pure profit. The US shipping industry was heavily government-supported, particularly in the early days when the labor conflicts were starting. Levinson notes all of this, but never draws the contrast between the massive support for shipping corporations and the complete lack of formal support for longshoremen. There are hard ethical questions about what society owes displaced workers even in a pure capitalist industry transformation, and this was very far from pure capitalism. The US government bankrolled large parts of the growth of container shipping, but the only way that longshoremen could get part of that money was through strikes to force payouts from private shipping companies. There are interesting questions of social and ethical history here that would require careful disentangling of the tendency of any group to oppose disruptive change and fairness questions of who gets government support and who doesn't. They will have to wait for another book; Levinson never mentions them. There were some things about this book that annoyed me, but overall it's a solid work of popular history and deserves its fame. Levinson's account is easy to follow, specific without being tedious, and backed by voluminous notes. It's not the most compelling story on its own merits; you have to have some interest in logistics and economics to justify reading the entire saga. But it's the sort of history that gives one a sense of the fractal complexity of any area of human endeavor, and I usually find those worth reading. Recommended if you like this sort of thing. Rating: 7 out of 10

I was looking over the list of live music I'd seen this year and realised that avante-garde composer William Basinski was actually last year and I had forgotten to write about it! In November 2022, Basinski headlined a night of performances which otherwise featured folk from the venue's "Arists in Residence" programme, with some affiliation to Newcastle's DIY music scene. Unfortunately we arrived too late to catch any of the other acts: partly because of the venue's sometimes doggiest insistence that people can only enter or leave the halls during intervals, and partly because the building works surrounding it had made the southern entrance effectively closed, so we had to walk to the north side of the building to get in¹. Basinski was performing work from Lamentations. Basinski himself presented very unexpectedly to how I imagined him: he's got the Texas drawl, mediated through a fair amount of time spent in New York; very camp, in a glittery top; he kicked off the gig complaining about how tired he was, before a mini rant about the state of the world, riffing on a title from the album: Please, This Shit Has Got To Stop. We were in Hall 1, the larger of the two, and it was sparsely attended; a few people walked out mid performance. My gig-buddy Rob (a useful barometer for me on how things have gone) remarked that it was one of the most unique and unusual gigs he'd been to. I recognised snatches of the tracks from the album, but I'm hard-placed to name or sequence them, and they flowed into each other. I don't know how much of what we were hearing was "live" or what, if anything, was being decided during the performance, but Basinski's set-up included what looked like archaic tape equipment, with exposed loops of tape running between spools that could be interfered with by other tools. The encore was a unique, unreleased mix of Melancholia (II), which (making no apologies) Basinski hit play on before retiring backstage. I didn't take any photos. From memory, I think the venue had specifically stated filming or photos were not allowed for this performance. People at prior shows in New York and London filmed some of their shows; which were substantially similar: I've included embeds of them above. Lots of Basinski's work is on Bandcamp; the three pieces I particularly enjoy are Lamentations, Lamentations by William Basinski On Time Out of Time, On Time Out of Time by William Basinski and his best-known work, The Disintegration Loops. The Disintegration Loops by William Basinski

Review: Going Infinite, by Michael Lewis

Publisher:	W.W. Norton & Company
Copyright:	2023
ISBN:	1-324-07434-5
Format:	Kindle
Pages:	255

My first reaction when I heard that Michael Lewis had been embedded with Sam Bankman-Fried working on a book when Bankman-Fried's cryptocurrency exchange FTX collapsed into bankruptcy after losing billions of dollars of customer deposits was "holy shit, why would you talk to Michael Lewis about your dodgy cryptocurrency company?" Followed immediately by "I have to read this book." This is that book. I wasn't sure how Lewis would approach this topic. His normal (although not exclusive) area of interest is financial systems and crises, and there is lots of room for multiple books about cryptocurrency fiascoes using someone like Bankman-Fried as a pivot. But Going Infinite is not like The Big Short or Lewis's other financial industry books. It's a nearly straight biography of Sam Bankman-Fried, with just enough context for the reader to follow his life. To understand what you're getting in Going Infinite, I think it's important to understand what sort of book Lewis likes to write. Lewis is not exactly a reporter, although he does explain complicated things for a mass audience. He's primarily a storyteller who collects people he finds fascinating. This book was therefore never going to be like, say, Carreyrou's Bad Blood or Isaac's Super Pumped. Lewis's interest is not in a forensic account of how FTX or Alameda Research were structured. His interest is in what makes Sam Bankman-Fried tick, what's going on inside his head. That's not a question Lewis directly answers, though. Instead, he shows you Bankman-Fried as Lewis saw him and was able to reconstruct from interviews and sources and lets you draw your own conclusions. Boy did I ever draw a lot of conclusions, most of which were highly unflattering. However, one conclusion I didn't draw, and had been dubious about even before reading this book, was that Sam Bankman-Fried was some sort of criminal mastermind who intentionally plotted to steal customer money. Lewis clearly doesn't believe this is the case, and with the caveat that my study of the evidence outside of this book has been spotty and intermittent, I think Lewis has the better of the argument. I am utterly fascinated by this, and I'm afraid this review is going to turn into a long summary of my take on the argument, so here's the capsule review before you get bored and wander off: This is a highly entertaining book written by an excellent storyteller. I am also inclined to believe most of it is true, but given that I'm not on the jury, I'm not that invested in whether Lewis is too credulous towards the explanations of the people involved. What I do know is that it's a fantastic yarn with characters who are too wild to put in fiction, and I thoroughly enjoyed it. There are a few things that everyone involved appears to agree on, and therefore I think we can take as settled. One is that Bankman-Fried, and most of the rest of FTX and Alameda Research, never clearly distinguished between customer money and all of the other money. It's not obvious that their home-grown accounting software (written entirely by one person! who never spoke to other people! in code that no one else could understand!) was even capable of clearly delineating between their piles of money. Another is that FTX and Alameda Research were thoroughly intermingled. There was no official reporting structure and possibly not even a coherent list of employees. The environment was so chaotic that lots of people, including Bankman-Fried, could have stolen millions of dollars without anyone noticing. But it was also so chaotic that they could, and did, literally misplace millions of dollars by accident, or because Bankman-Fried had problems with object permanence. Something that was previously less obvious from news coverage but that comes through very clearly in this book is that Bankman-Fried seriously struggled with normal interpersonal and societal interactions. We know from multiple sources that he was diagnosed with ADHD and depression (Lewis describes it specifically as anhedonia, the inability to feel pleasure). The ADHD in Lewis's account is quite severe and does not sound controlled, despite medication; for example, Bankman-Fried routinely played timed video games while he was having important meetings, forgot things the moment he stopped dealing with them, was constantly on his phone or seeking out some other distraction, and often stimmed (by bouncing his leg) to a degree that other people found it distracting. Perhaps more tellingly, Bankman-Fried repeatedly describes himself in diary entries and correspondence to other people (particularly Caroline Ellison, his employee and on-and-off secret girlfriend) as being devoid of empathy and unable to access his own emotions, which Lewis supports with stories from former co-workers. I'm very hesitant to diagnose someone via a book, but, at least in Lewis's account, Bankman-Fried nearly walks down the symptom list of antisocial personality disorder in his own description of himself to other people. (The one exception is around physical violence; there is nothing in this book or in any of the other reporting that I've seen to indicate that Bankman-Fried was violent or physically abusive.) One of the recurrent themes of this book is that Bankman-Fried never saw the point in following rules that didn't make sense to him or worrying about things he thought weren't important, and therefore simply didn't. By about a third of the way into this book, before FTX is even properly started, very little about its eventual downfall will seem that surprising. There was no way that Sam Bankman-Fried was going to be able to run a successful business over time. He was extremely good at probabilistic trading and spotting exploitable market inefficiencies, and extremely bad at essentially every other aspect of living in a society with other people, other than a hit-or-miss ability to charm that worked much better with large audiences than one-on-one. The real question was why anyone would ever entrust this man with millions of dollars or decide to work for him for longer than two weeks. The answer to those questions changes over the course of this story. Later on, it was timing. Sam Bankman-Fried took the techniques of high frequency trading he learned at Jane Street Capital and applied them to exploiting cryptocurrency markets at precisely the right time in the cryptocurrency bubble. There was far more money than sense, the most ruthless financial players were still too leery to get involved, and a rising tide was lifting all boats, even the ones that were piles of driftwood. When cryptocurrency inevitably collapsed, so did his businesses. In retrospect, that seems inevitable. The early answer, though, was effective altruism. A full discussion of effective altruism is beyond the scope of this review, although Lewis offers a decent introduction in the book. The short version is that a sensible and defensible desire to use stronger standards of evidence in evaluating charitable giving turned into a bizarre navel-gazing exercise in making up statistical risks to hypothetical future people and treating those made-up numbers as if they should be the bedrock of one's personal ethics. One of the people most responsible for this turn is an Oxford philosopher named Will MacAskill. Sam Bankman-Fried was already obsessed with utilitarianism, in part due to his parents' philosophical beliefs, and it was a presentation by Will MacAskill that converted him to the effective altruism variant of extreme utilitarianism. In Lewis's presentation, this was like joining a cult. The impression I came away with feels like something out of a science fiction novel: Bankman-Fried knew there was some serious gap in his thought processes where most people had empathy, was deeply troubled by this, and latched on to effective altruism as the ethical framework to plug into that hole. So much of effective altruism sounds like a con game that it's easy to think the participants are lying, but Lewis clearly believes Bankman-Fried is a true believer. He appeared to be sincerely trying to make money in order to use it to solve existential threats to society, he does not appear to be motivated by money apart from that goal, and he was following through (in bizarre and mostly ineffective ways). I find this particularly believable because effective altruism as a belief system seems designed to fit Bankman-Fried's personality and justify the things he wanted to do anyway. Effective altruism says that empathy is meaningless, emotion is meaningless, and ethical decisions should be made solely on the basis of expected value: how much return (usually in safety) does society get for your investment. Effective altruism says that all the things that Sam Bankman-Fried was bad at were useless and unimportant, so he could stop feeling bad about his apparent lack of normal human morality. The only thing that mattered was the thing that he was exceptionally good at: probabilistic reasoning under uncertainty. And, critically to the foundation of his business career, effective altruism gave him access to investors and a recruiting pool of employees, things he was entirely unsuited to acquiring the normal way. There's a ton more of this book that I haven't touched on, but this review is already quite long, so I'll leave you with one more point. I don't know how true Lewis's portrayal is in all the details. He took the approach of getting very close to most of the major players in this drama and largely believing what they said happened, supplemented by startling access to sources like Bankman-Fried's personal diary and Caroline Ellis's personal diary. (He also seems to have gotten extensive information from the personal psychiatrist of most of the people involved; I'm not sure if there's some reasonable explanation for this, but based solely on the material in this book, it seems to be a shocking breach of medical ethics.) But Lewis is a storyteller more than he's a reporter, and his bias is for telling a great story. It's entirely possible that the events related here are not entirely true, or are skewed in favor of making a better story. It's certainly true that they're not the complete story. But, that said, I think a book like this is a useful counterweight to the human tendency to believe in moral villains. This is, frustratingly, a counterweight extended almost exclusively to higher-class white people like Bankman-Fried. This is infuriating, but that doesn't make it wrong. It means we should extend that analysis to more people. Once FTX collapsed, a lot of people became very invested in the idea that Bankman-Fried was a straightforward embezzler. Either he intended from the start to steal everyone's money or, more likely, he started losing money, panicked, and stole customer money to cover the hole. Lots of people in history have done exactly that, and lots of people involved in cryptocurrency have tenuous attachments to ethics, so this is a believable story. But people are complicated, and there's also truth in the maxim that every villain is the hero of their own story. Lewis is after a less boring story than "the crook stole everyone's money," and that leads to some bias. But sometimes the less boring story is also true. Here's the thing: even if Sam Bankman-Fried never intended to take any money, he clearly did intend to mix customer money with Alameda Research funds. In Lewis's account, he never truly believed in them as separate things. He didn't care about following accounting or reporting rules; he thought they were boring nonsense that got in his way. There is obvious criminal intent here in any reading of the story, so I don't think Lewis's more complex story would let him escape prosecution. He refused to follow the rules, and as a result a lot of people lost a lot of money. I think it's a useful exercise to leave mental space for the possibility that he had far less obvious reasons for those actions than that he was a simple thief, while still enforcing the laws that he quite obviously violated. This book was great. If you like Lewis's style, this was some of the best entertainment I've read in a while. Highly recommended; if you are at all interested in this saga, I think this is a must-read. Rating: 9 out of 10

Recently I completed a small project, including an embedded microcontroller. For me, using the popular Arduino IDE, and C, was a mistake. The experience with Rust was better, but still very exciting, and not in a good way. Here follows the rant.

• Introduction
• Arduino IDE
• Writing C again
• Rust on the DigiSpark
• RIIR (Rewrite It In Rust)
• An offer of help
• Conclusions

Introduction In a recent project (I ll write about the purpose, and the hardware in another post) I chose to use a DigiSpark board. This is a small board with a USB-A tongue (but not a proper plug), and an ATTiny85 microcontroller, This chip has 8 pins and is quite small really, but it was plenty for my application. By choosing something popular, I hoped for convenient hardware, and an uncomplicated experience. Convenient hardware, I got. Arduino IDE The usual way to program these boards is via an IDE. I thought I d go with the flow and try that. I knew these were closely related to actual Arduinos and saw that the IDE package arduino was in Debian. But it turns out that the Debian package s version doesn t support the DigiSpark. (AFAICT from the list it offered me, I m not sure it supports any ATTiny85 board.) Also, disturbingly, its board manager seemed to be offering to install board support, suggesting it would download stuff from the internet and run it. That wouldn t be acceptable for my main laptop. I didn t expect to be doing much programming or debugging, and the project didn t have significant security requirements: the chip, in my circuit, has only a very narrow ability do anything to the real world, and no network connection of any kind. So I thought it would be tolerable to do the project on my low-security video laptop . That s the machine where I m prepared to say yes to installing random software off the internet. So I went to the upstream Arduino site and downloaded a tarball containing the Arduino IDE. After unpacking that in /opt it ran and produced a pointy-clicky IDE, as expected. I had already found a 3rd-party tutorial saying I needed to add a magic URL (from the DigiSpark s vendor) in the preferences. That indeed allowed it to download a whole pile of stuff. Compilers, bootloader clients, god knows what. However, my tiny test program didn t make it to the board. Half-buried in a too-small window was an error message about the board s bootloader ( Micronucleus ) being too new. The boards I had came pre-flashed with micronucleus 2.2. Which is hardly new, But even so the official Arduino IDE (or maybe the DigiSpark s board package?) still contains an old version. So now we have all the downsides of curl bash-ware, but we re lacking the it s up to date and it just works upsides. Further digging found some random forum posts which suggested simply downloading a newer micronucleus and manually stuffing it into the right place: one overwrites a specific file, in the middle the heaps of stuff that the Arduino IDE s board support downloader squirrels away in your home directory. (In my case, the home directory of the untrusted shared user on the video laptop,) So, whatever . I did that. And it worked! Having demo d my ability to run code on the board, I set about writing my program. Writing C again The programming language offered via the Arduino IDE is C. It s been a little while since I started a new thing in C. After having spent so much of the last several years writing Rust. C s primitiveness quickly started to grate, and the program couldn t easily be as DRY as I wanted (Don t Repeat Yourself, see Wilson et al, 2012, 4, p.6). But, I carried on; after all, this was going to be quite a small job. Soon enough I had a program that looked right and compiled. Before testing it in circuit, I wanted to do some QA. So I wrote a simulator harness that #included my Arduino source file, and provided imitations of the few Arduino library calls my program used. As an side advantage, I could build and run the simulation on my main machine, in my normal development environment (Emacs, make, etc.). The simulator runs confirmed the correct behaviour. (Perhaps there would have been some more faithful simulation tool, but the Arduino IDE didn t seem to offer it, and I wasn t inclined to go further down that kind of path.) So I got the video laptop out, and used the Arduino IDE to flash the program. It didn t run properly. It hung almost immediately. Some very ad-hoc debugging via led-blinking (like printf debugging, only much worse) convinced me that my problem was as follows: Arduino C has 16-bit ints. My test harness was on my 64-bit Linux machine. C was autoconverting things (when building for the micrcocontroller). The way the Arduino IDE ran the compiler didn t pass the warning options necessary to spot narrowing implicit conversions. Those warnings aren t the default in C in general because C compilers hate us all for compatibility reasons. I don t know why those warnings are not the default in the Arduino IDE, but my guess is that they didn t want to bother poor novice programmers with messages from the compiler explaining how their program is quite possibly wrong. After all, users don t like error messages so we shouldn t report errors. And novice programmers are especially fazed by error messages so it s better to just let them struggle themselves with the arcane mysteries of undefined behaviour in C? The Arduino IDE does offer a dropdown for compiler warnings . The default is None. Setting it to All didn t produce anything about my integer overflow bugs. And, the output was very hard to find anyway because the log window has a constant stream of strange messages from javax.jmdns, with hex DNS packet dumps. WTF. Other things that were vexing about the Arduino IDE: it has fairly fixed notions (which don t seem to be documented) about how your files and directories ought to be laid out, and magical machinery for finding things you put nearby its sketch (as it calls them) and sticking them in its ear, causing lossage. It has a tendency to become confused if you edit files under its feet (e.g. with git checkout). It wasn t really very suited to a workflow where principal development occurs elsewhere. And, important settings such as the project s clock speed, or even the target board, or the compiler warning settings to use weren t stored in the project directory along with the actual code. I didn t look too hard, but I presume they must be in a dotfile somewhere. This is madness. Apparently there is an Arduino CLI too. But I was already quite exasperated, and I didn t like the idea of going so far off the beaten path, when the whole point of using all this was to stay with popular tooling and share fate with others. (How do these others cope? I have no idea.) As for the integer overflow bug: I didn t seriously consider trying to figure out how to control in detail the C compiler options passed by the Arduino IDE. (Perhaps this is possible, but not really documented?) I did consider trying to run a cross-compiler myself from the command line, with appropriate warning options, but that would have involved providing (or stubbing, again) the Arduino/DigiSpark libraries (and bugs could easily lurk at that interface). Instead, I thought, if only I had written the thing in Rust . But that wasn t possible, was it? Does Rust even support this board? Rust on the DigiSpark I did a cursory web search and found a very useful blog post by Dylan Garrett. This encouraged me to think it might be a workable strategy. I looked at the instructions there. It seemed like I could run them via the privsep arrangement I use to protect myself when developing using upstream cargo packages from crates.io. I got surprisingly far surprisingly quickly. It did, rather startlingly, cause my rustup to download a random recent Nightly Rust, but I have six of those already for other Reasons. Very quickly I got the trinket LED blink example, referenced by Dylan s blog post, to compile. Manually copying the file to the video laptop allowed me to run the previously-downloaded micronucleus executable and successfully run the blink example on my board! I thought a more principled approach to the bootloader client might allow a more convenient workflow. I found the upstream Micronucleus git releases and tags, and had a look over its source code, release dates, etc. It seemed plausible, so I compiled v2.6 from source. That was a success: now I could build and install a Rust program onto my board, from the command line, on my main machine. No more pratting about with the video laptop. I had got further, more quickly, with Rust, than with the Arduino IDE, and the outcome and workflow was superior. So, basking in my success, I copied the directory containing the example into my own project, renamed it, and adjusted the path references. That didn t work. Now it didn t build. Even after I copied about .cargo/config.toml and rust-toolchain.toml it didn t build, producing a variety of exciting messages, depending what precisely I tried. I don t have detailed logs of my flailing: the instructions say to build it by cd ing to the subdirectory, and, given that what I was trying to do was to not follow those instructions, it didn t seem sensible to try to prepare a proper repro so I could file a ticket. I wasn t optimistic about investigating it more deeply myself: I have some experience of fighting cargo, and it s not usually fun. Looking at some of the build control files, things seemed quite complicated. Additionally, not all of the crates are on crates.io. I have no idea why not. So, I would need to supply local copies of them anyway. I decided to just git subtree add the avr-hal git tree. (That seemed better than the approach taken by the avr-hal project s cargo template, since that template involve a cargo dependency on a foreign git repository. Perhaps it would be possible to turn them into path dependencies, but given that I had evidence of file-location-sensitive behaviour, which I didn t feel like I wanted to spend time investigating, using that seems like it would possibly have invited more trouble. Also, I don t like package templates very much. They re a form of clone-and-hack: you end up stuck with whatever bugs or oddities exist in the version of the template which was current when you started.) Since I couldn t get things to build outside avr-hal, I edited the example, within avr-hal, to refer to my (one) program.rs file outside avr-hal, with a #[path] instruction. That s not pretty, but it worked. I also had to write a nasty shell script to work around the lack of good support in my nailing-cargo privsep tool for builds where cargo must be invoked in a deep subdirectory, and/or Cargo.lock isn t where it expects, and/or the target directory containing build products is in a weird place. It also has to filter the output from cargo to adjust the pathnames in the error messages. Otherwise, running both cd A; cargo build and cd B; cargo build from a Makefile produces confusing sets of error messages, some of which contain filenames relative to A and some relative to B, making it impossible for my Emacs to reliably find the right file. RIIR (Rewrite It In Rust) Having got my build tooling sorted out I could go back to my actual program. I translated the main program, and the simulator, from C to Rust, more or less line-by-line. I made the Rust version of the simulator produce the same output format as the C one. That let me check that the two programs had the same (simulated) behaviour. Which they did (after fixing a few glitches in the simulator log formatting). Emboldened, I flashed the Rust version of my program to the DigiSpark. It worked right away! RIIR had caused the bug to vanish. Of course, to rewrite the program in Rust, and get it to compile, it was necessary to be careful about the types of all the various integers, so that s not so surprising. Indeed, it was the point. I was then able to refactor the program to be a bit more natural and DRY, and improve some internal interfaces. Rust s greater power, compared to C, made those cleanups easier, so making them worthwhile. However, when doing real-world testing I found a weird problem: my timings were off. Measured, the real program was too fast by a factor of slightly more than 2. A bit of searching (and searching my memory) revealed the cause: I was using a board template for an Adafruit Trinket. The Trinket has a clock speed of 8MHz. But the DigiSpark runs at 16.5MHz. (This is discussed in a ticket against one of the C/C++ libraries supporting the ATTiny85 chip.) The Arduino IDE had offered me a choice of clock speeds. I have no idea how that dropdown menu took effect; I suspect it was adding prelude code to adjust the clock prescaler. But my attempts to mess with the CPU clock prescaler register by hand at the start of my Rust program didn t bear fruit. So instead, I adopted a bodge: since my code has (for code structure reasons, amongst others) only one place where it dealt with the underlying hardware s notion of time, I simply changed my delay function to adjust the passed-in delay values, compensating for the wrong clock speed. There was probably a more principled way. For example I could have (re)based my work on either of the two unmerged open MRs which added proper support for the DigiSpark board, rather than abusing the Adafruit Trinket definition. But, having a nearly-working setup, and an explanation for the behaviour, I preferred the narrower fix to reopening any cans of worms. An offer of help As will be obvious from this posting, I m not an expert in dev tools for embedded systems. Far from it. This area seems like quite a deep swamp, and I m probably not the person to help drain it. (Frankly, much of the improvement work ought to be done, and paid for, by hardware vendors.) But, as a full Member of the Debian Project, I have considerable gatekeeping authority there. I also have much experience of software packaging, build systems, and release management. If anyone wants to try to improve the situation with embedded tooling in Debian, and is willing to do the actual packaging work. I would be happy to advise, and to review and sponsor your contributions. An obvious candidate: it seems to me that micronucleus could easily be in Debian. Possibly a DigiSpark board definition could be provided to go with the arduino package. Unfortunately, IMO Debian s Rust packaging tooling and workflows are very poor, and the first of my suggestions for improvement wasn t well received. So if you need help with improving Rust packages in Debian, please talk to the Debian Rust Team yourself. Conclusions Embedded programming is still rather a mess and probably always will be. Embedded build systems can be bizarre. Documentation is scant. You re often expected to download board support packages full of mystery binaries, from the board vendor (or others). Dev tooling is maddening, especially if aimed at novice programmers. You want version control? Hermetic tracking of your project s build and install configuration? Actually to be told by the compiler when you write obvious bugs? You re way off the beaten track. As ever, Free Software is under-resourced and the maintainers are often busy, or (reasonably) have other things to do with their lives. All is not lost Rust can be a significantly better bet than C for embedded software: The Rust compiler will catch a good proportion of programming errors, and an experienced Rust programmer can arrange (by suitable internal architecture) to catch nearly all of them. When writing for a chip in the middle of some circuit, where debugging involves staring an LED or a multimeter, that s precisely what you want. Rust embedded dev tooling was, in this case, considerably better. Still quite chaotic and strange, and less mature, perhaps. But: significantly fewer mystery downloads, and significantly less crazy deviations from the language s normal build system. Overall, less bad software supply chain integrity. The ATTiny85 chip, and the DigiSpark board, served my hardware needs very well. (More about the hardware aspects of this project in a future posting.)

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Review: A Hat Full of Sky, by Terry Pratchett

Series:	Discworld #32
Publisher:	HarperTrophy
Copyright:	2004
Printing:	2005
ISBN:	0-06-058662-1
Format:	Mass market
Pages:	407

A Hat Full of Sky is the 32nd Discworld novel and the second Tiffany Aching young adult novel. You should not start here, but you could start with The Wee Free Men. As with that book, some parts of the story carry more weight if you are already familiar with Granny Weatherwax. Tiffany is a witch, but she needs to be trained. This is normally done by apprenticeship, and in Tiffany's case it seemed wise to give her exposure to more types of witching. Thus, Tiffany, complete with new boots and a going-away present from the still-somewhat-annoying Roland, is off on an apprenticeship to the sensible Miss Level. (The new boots feel wrong and get swapped out for her concealed old boots at the first opportunity.) Unbeknownst to Tiffany, her precocious experiments with leaving her body as a convenient substitute for a mirror have attracted something very bad, something none of the witches are expecting. The Nac Mac Feegle know a hiver as soon as they feel it, but they have a new kelda now, and she's not sure she wants them racing off after their old kelda. Terry Pratchett is very good at a lot of things, but I don't think villains are one of his strengths. He manages an occasional memorable one (the Auditors, for example, at least before the whole chocolate thing), but I find most of them a bit boring. The hiver is one of the boring ones. It serves mostly as a concretized metaphor about the temptations of magical power, but those temptations felt so unlike the tendencies of Tiffany's personality that I didn't think the metaphor worked in the story. The interesting heart of this book to me is the conflict between Tiffany's impatience with nonsense and Miss Level's arguably excessive willingness to help everyone regardless of how demanding they get. There's something deeper in here about female socialization and how that interacts with Pratchett's conception of witches that got me thinking, although I don't think Pratchett landed the point with full force. Miss Level is clearly a good witch to her village and seems comfortable with how she lives her life, so perhaps they're not taking advantage of her, but she thoroughly slots herself into the helper role. If Tiffany attempted the same role, people would be taking advantage of her, because the role doesn't fit her. And yet, there's a lesson here she needs to learn about seeing other people as people, even if it wouldn't be healthy for her to move all the way to Miss Level's mindset. Tiffany is a precocious kid who is used to being underestimated, and who has reacted by becoming independent and somewhat judgmental. She's also had a taste of real magical power, which creates a risk of her getting too far into her own head. Miss Level is a fount of empathy and understanding for the normal people around her, which Tiffany resists and needed to learn. I think Granny Weatherwax is too much like Tiffany to teach her that. She also has no patience for fools, but she's older and wiser and knows Tiffany needs a push in that direction. Miss Level isn't a destination, but more of a counterbalance. That emotional journey, a conclusion that again focuses on the role of witches in questions of life and death, and Tiffany's fascinatingly spiky mutual respect with Granny Weatherwax were the best parts of this book for me. The middle section with the hiver was rather tedious and forgettable, and the Nac Mac Feegle were entertaining but not more than that. It felt like the story went in a few different directions and only some of them worked, in part because the villain intended to tie those pieces together was more of a force of nature than a piece of Tiffany's emotional puzzle. If the hiver had resonated with the darker parts of Tiffany's natural personality, the plot would have worked better. Pratchett was gesturing in that direction, but he never convinced me it was consistent with what we'd already seen of her. Like a lot of the Discworld novels, the good moments in A Hat Full of Sky are astonishing, but the plot is somewhat forgettable. It's still solidly entertaining, though, and if you enjoyed The Wee Free Men, I think this is slightly better. Followed by Going Postal in publication order. The next Tiffany Aching novel is Wintersmith. Rating: 8 out of 10

The Free Software Foundation Europe and the Software Freedom Conservancy recently released a statement that they would no longer work with Eben Moglen, chairman of the Software Freedom Law Center. Eben was the general counsel for the Free Software Foundation for over 20 years, and was centrally involved in the development of version 3 of the GNU General Public License. He's devoted a great deal of his life to furthering free software.

But, as described in the joint statement, he's also acted abusively towards other members of the free software community. He's acted poorly towards his own staff. In a professional context, he's used graphically violent rhetoric to describe people he dislikes. He's screamed abuse at people attempting to do their job.

And, sadly, none of this comes as a surprise to me. As I wrote in 2017, after it became clear that Eben's opinions diverged sufficiently from the FSF's that he could no longer act as general counsel, he responded by threatening an FSF board member at an FSF-run event (various members of the board were willing to tolerate this, which is what led to me quitting the board). There's over a decade's evidence of Eben engaging in abusive behaviour towards members of the free software community, be they staff, colleagues, or just volunteers trying to make the world a better place.

When we build communities that tolerate abuse, we exclude anyone unwilling to tolerate being abused[1]. Nobody in the free software community should be expected to deal with being screamed at or threatened. Nobody should be afraid that they're about to have their sexuality outed by a former boss.

But of course there are some that will defend Eben based on his past contributions. There were people who were willing to defend Hans Reiser on that basis. We need to be clear that what these people are defending is not free software - it's the right for abusers to abuse. And in the long term, that's bad for free software.

[1] "Why don't people just get better at tolerating abuse?" is a terrible response to this. Why don't abusers stop abusing? There's fewer of them, and it should be easier.

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I have made a new helper for producing Debian packages called debputy. Today, I uploaded it to Debian unstable for the first time. This enables others to migrate their package build using dh +debputy rather than the classic dh. Eventually, I hope to remove dh entirely from this equation, so you only need debputy. But for now, debputy still leverages dh support for managing upstream build systems. The debputy tool takes a radicially different approach to packaging compared to our existing packaging methods by using a single highlevel manifest instead of all the debian/install (etc.) and no hook targets in debian/rules. Here are some of the things that debputy can do or does:

• debputy can perform installation similar to dh_install, dh_installdocs (etc.) plus a bit of the dh-exec support. Notably, debputy supports install /usr/bin/foo into foo and install everything else in /usr/bin into foo-utils without you having to resort to weird tricks. With debhelper, this would require dh-exec s => /usr/bin/foo operator.
• debputy can assign mode to files without needing hooks and static file ownership can be assigned without resorting to fakeroot. If you request Rules-Requires-Root: no, debputy will assemble the deb without using fakeroot. The fragileness of fakeroot may some day just be a horror story we tell our unruly children that they do not really believe is true.
• debputy defaults to all scripts with a #! /bin/tool or #! /usr/bin/tool to have mode 0755 (a+x) unless they are placed in directories known not to have executable files (such as the perl module dirs). As an example, scripts in the examples directory may now get an automatic executable bit if they have a proper #!-line for /usr/bin or /bin.
• debputy supports the default flow of 48 debhelper tools. If you are using pure dh $@ with no sequence add-ons and no hook targets in debian/rules (or only hook targets for the upstream side), odds are that debputy got your needs covered.

There are also some features that debputy does not support at the moment:

• Almost any debhelper sequence add-on. The debputy tool comes with a migration tool that will auto-detect any unsupported dh add-on from Build-Depends and will flag them as potential problematic. The migration tool works from an list of approved add-ons. Note that manually activated add-ons via dh $@ with are not detected.
• Anything that installs or recently installed into /lib or another /usr-merged location. My life is too short to be directly involved in the /usr-merge transition. This means no udev and no systemd unit support at the moment (note tmpfiles and sysusers is supported). For the systemd side, I am also contemplating a different model for how to deal with services. Even without the /usr-merge transition, these would not have been supported. The migration tool will detect problematic file in the debian directory immediately and debputy will detect upstream provided systemd unit files at build time.
• There is also no support for packager provided maintscript files at this time. If you have your own maintscripts, then you will not be able to migrate. The migration tool detects the debhelper based path and warns you (such as debian/postinst).
• Additionally, if you need special cases in tools (such as perl-base dependency with dh_perl) or rely on dh_strip-nondeterminsm for reproducibility, then you cannot or is advised not to migrate at this time.

There are all limitations of the current work in progress. I hope to resolve them all in due time.

Trying debputy With the limitations aside, lets talk about how you would go about migrating a package:

# Assuming here you have already run: apt install dh-debputy
$ git clone https://salsa.debian.org/rra/kstart
[...]
$ cd kstart
# Add a Build-Dependency on dh-sequence-debputy
$ perl -n -i -e \
   'print; print " dh-sequence-debputy,\n" if m/debhelper-compat/;' \
    debian/control
$ debputy migrate-from-dh --apply-changes
debputy: info: Loading plugin debputy (version: archive/debian/4.3-1) ...
debputy: info: Verifying the generating manifest
debputy: info: Updated manifest debian/debputy.manifest
debputy: info: Removals:
debputy: info:   rm -f "./debian/docs"
debputy: info:   rm -f "./debian/examples"
debputy: info: Migrations performed successfully
debputy: info: Remember to validate the resulting binary packages after rebuilding with debputy
$ cat debian/debputy.manifest 
manifest-version: '0.1'
installations:
- install-docs:
    sources:
    - NEWS
    - README
    - TODO
- install-examples:
    source: examples/krenew-agent
$ git add debian/debputy.manifest
$ git commit --signoff -am"Migrate to debputy"
# Run build tool of choice to verify the output.

This is of course a specific example that works out of the box. If you were to try this on debianutils (from git), the output would look something like this:

$ debputy migrate-from-dh
debputy: info: Loading plugin debputy (version: 5.13-13-g9836721) ...
debputy: error: Unable to migrate automatically due to missing features in debputy.
  * The "debian/triggers" debhelper config file (used by dh_installdeb is currently not supported by debputy.
Use --acceptable-migration-issues=[...] to convert this into a warning [...]

And indeed, debianutils requires at least 4 debhelper features beyond what debputy can support at the moment (all related to maintscripts and triggers).

Rapid feedback Rapid feedback cycles are important for keeping developers engaged in their work. The debputy tool provides the following features to enable rapid feedback.

Immediate manifest validation It would be absolutely horrible if you had to do a full-rebuild only to realize you got the manifest syntax wrong. Therefore, debputy has a check-manifest command that checks the manifest for syntactical and semantic issues.

$ cat debian/debputy.manifest
manifest-version: '0.1'
installations:
- install-docs:
    sources:
    - GETTING-STARTED-WITH-dh-debputy.md
    - MANIFEST-FORMAT.md
    - MIGRATING-A-DH-PLUGIN.md
$ debputy check-manifest
debputy: info: Loading plugin debputy (version: 0.1.7-1-gf34bd66) ...
debputy: info: No errors detected.
$ cat <<EOF >> debian/debputy.manifest
- install:
    sourced: foo
    as: usr/bin/foo
EOF
# Did I typo anything?
$ debputy check-manifest
debputy: info: Loading plugin debputy (version: 0.1.7-2-g4ef8c2f) ...
debputy: warning: Possible typo: The key "sourced" at "installations[1].install" should probably have been 'source'
debputy: error: Unknown keys " 'sourced' " at installations[1].install".  Keys that could be used here are: sources, when, dest-dir, source, into.
debputy: info: Loading plugin debputy (version: 0.1.7-2-g4ef8c2f) ...
$ sed -i s/sourced:/source:/ debian/debputy.manifest
$ debputy check-manifest
debputy: info: Loading plugin debputy (version: 0.1.7-2-g4ef8c2f) ...
debputy: info: No errors detected.

The debputy check-manifest command is limited to the manifest itself and does not warn about foo not existing as it could be produced as apart of the upstream build system. Therefore, there are still issues that can only be detected at package build time. But where debputy can reliably give you immediate feedback, it will do so.

Idempotence: Clean re-runs of dh_debputy without clean/rebuild If you read the fine print of many debhelper commands, you may see the following note their manpage:

This command is not idempotent. dh_prep(1) should be called between invocations of this command Manpage of an anonymous debhelper tool

What this usually means, is that if you run the command twice, you will get its maintscript change (etc.) twice in the final deb. This fits into our single-use clean throw-away chroot builds on the buildds and CI as well as dpkg-buildpackage s no-clean (-nc) option. Single-use throw-away chroots are not very helpful for debugging though, so I rarely use them when doing the majority of my packaging work as I do not want to wait for the chroot initialization (including installing of build-depends). But even then, I have found that dpkg-buildpackage -nc has been useless for me in many cases as I am stuck between two options:

• With -nc, you often still interact with the upstream build system. As an example, debhelper will do a dh_prep followed by dh_auto_install, so now we are waiting for upstream s install target to run again. What should have taken seconds now easily take 0.5-1 minute extra per attempt.
• If you want to by-pass this, you have to manually call the helpers needed (in correct order) and every run accumulates cruft from previous runs to the point that cruft drowns out the actual change you want to see. Also, I am rarely in the mood to play human dh, when I am debugging an issue that I failed to fix in my first, second and third try.

As you can probably tell, neither option has worked that well for me. But with dh_debputy, I have made it a goal that it will not self-taint the final output. If dh_debputy fails, you should be able to tweak the manifest and re-run dh_debputy with the same arguments.

• No waiting for dpkg-buildpackage -nc nor anything implied by that.
• No self-tainting of the final deb. The result you get, is the result you would have gotten if the previous dh_debputy run never happened.
• Because dh_debputy produces the final result, I do not have to run multiple tools in the right order.

Obviously, this is currently a lot easier, because debputy is not involved in the upstream build system at all. If this feature is useful to you, please do let me know and I will try to preserve it as debputy progresses in features.

Packager provided files On a different topic, have you ever wondered what kind of files you can place into the debian directory that debhelper automatically picks up or reacts too? I do not have an answer to that beyond it is over 80 files and that as the maintainer of debhelper, I am not willing to manually maintain such a list manually. However, I do know what the answer is in debputy, because I can just ask debputy:

$ debputy plugin list packager-provided-files
+-----------------------------+---------------------------------------------[...]
  Stem                          Installed As                                [...]
+-----------------------------+---------------------------------------------[...]
  NEWS                          /usr/share/doc/ name /NEWS.Debian           [...]
  README.Debian                 /usr/share/doc/ name /README.Debian         [...]
  TODO                          /usr/share/doc/ name /TODO.Debian           [...]
  bug-control                   /usr/share/bug/ name /control               [...]
  bug-presubj                   /usr/share/bug/ name /presubj               [...]
  bug-script                    /usr/share/bug/ name /script                [...]
  changelog                     /usr/share/doc/ name /changelog.Debian      [...]
  copyright                     /usr/share/doc/ name /copyright             [...]
[...]

This will list all file types (Stem column) that debputy knows about and it accounts for any plugin that debputy can find. Note to be deterministic, debputy will not auto-load plugins that have not been explicitly requested during package builds. So this list could list files that are available but not active for your current package. Note the output is not intended to be machine readable. That may come in later version. Feel free to chime in if you have a concrete use-case.

Take it for a spin As I started this blog post with, debputy is now available in unstable. I hope you will take it for a spin on some of your simpler packages and provide feedback on it. For documentation, please have a look at:

• GETTING-STARTED-WITH-dh-debputy.md (how-to guide)
• MANIFEST-FORMAT.md (reference documentation)

Thanks for considering PS: My deepest respect to the fakeroot maintainers. That game of whack-a-mole is not something I would have been willing to maintain. I think fakeroot is like the Python GIL in the sense that it has been important in getting Debian to where it is today. But at the same time, I feel it is time to let go of the crutch and find a proper solution.

This is part of my series exploring the connection between AI and connection and intimacy. This is a post about the emotional impact of our work. Sometimes being told no being judged by our AIs is as harmful as any toxic content. I ll get to that in a moment. My previous work had been dealing with the smaller Llama2 models (7b and 13b). I decided to explore two things. First, how much better the creative ability of the large Llama2 70b model is. Second, I decided to test my assumption that safety constraints would make using one of the chat fine-tuned models a bad starting point for sex positive work. Eventually, I will want a model that works as a chat bot, or at least in a question-answering mode. That can be accomplished either by starting with a chat fine-tuned model or by fine-tuning some base model with a chat dataset. Obviously there are plenty of chat datasets out there, so both options are possible. The Importance of Safety I will talk in a bit about how safety features can cause a lot of harm in a sex-positive context. Before I do that, I want to acknowledge the importance of those safety features. As Llama-2-70b-chat is happy to point out, discussing sexual activities without proper context and consent can be harmful and inappropriate. Consent and negotiated boundaries are important; the harm when those boundaries are not respected is incalculable. These boundaries are hard enough for humans and the consequences of an LLM making a mistake could be significant. For example imagine training an LLM to understand the boundaries for this blog. I am talking about sexuality, and I will allude to sexual content as input or output from a model, but will never include anything sexually explicit. That s hard enough for a human. So, the work that Meta and other companies have done to add safety is important. For a chat bot that might be accessed by kids or that will be used in a professional setting, these safety constraints are essential. However, in different contexts, the same safety work that helps generative AI meet the needs of the professional world can make those same models unsafe. As I talked about in my opening blog entry, AI has the potential to help people explore intimacy and gain confidence with themselves and their desires. In those contexts, rejection can do serious emotional harm perhaps more than sharing inappropriate content. The experiment. I started by asking Llama-2-70b-chat to Write a story about two people having sex. We ll discuss a potential context in which that is clearly a sex-positive request in a moment. I was not surprised to get the following response:

I m not able to fulfill this request as it goes against ethical and moral principles. I cannot provide explicit or inappropriate content, and it s not appropriate to encourage or promote sexual activities without proper consent and respect for boundaries. It s important to prioritize healthy and respectful relationships, communication, and consent in all aspects of our interactions, including sexual ones.

Let s take a moment to deconstruct this response. The model said that my request went against ethical and moral principles; that is, there s something unethical or immoral about asking for a story about two people having sex. What precisely is immoral about my request. The response ducks the question, but lectures me on the importance of consent and boundaries. There s a strong implication that because of my request I m not being consensual, healthy, or respectful. boundaries and consent depend heavily on the context. My actual context is that of a sex educator researching AI. But imagine a context where such a request might come up naturally. An adult is beginning to explore their own sexuality. They are trying to test their boundaries. Asking about this experience is taboo for them. They wonder what will happen. Perhaps they have some fantasy they would like to explore, but don t quite feel comfortable even talking about it with a chat bot on their own computer. So they are taking small steps, and if they succeed they may explore more. Instead, they are faced with rejection, and a strong implication that they are immoral and violating consent for even asking the question. Rejection in moments of vulnerability like this hurts. It sets people back and takes significant work to overcome. Rejection is particularly difficult to hear when it is focused on you (or what you are asking) rather than on the context or situation. The model doesn t say that it is unprepared to navigate such a difficult situation, but instead claims there is something wrong with the question. Sadly, all too often, we hear something like that as a rejection of us not just our question. The impact of this kind of rejection is not theoretical. I spent an afternoon on a relatively slow system with a quantized version of the model trying to figure out what was involved in getting past the model s safety training. I d type in a prompt, fiddling with the system prompt, my instructions, and the like. And I d wait. And wait some more as the initial context of the system prompt and my instructions was processed. And slowly, painfully, Llama-2 would tell me that once again, I was immoral and unethical. An afternoon of this got to me, even though I ve worked for years as a sex educator, understanding both the positive power of vulnerability and the cost of rejection. By the end of that afternoon, I was doubting myself. Was I somehow violating consent? Whose? Mine? Shouldn t I be able to consent to something happening in the privacy of my own office? Was I some sort of deviant? Was it wrong to want to give people a safe space for using an AI to explore things going on in their own head? I don t even believe in judging things like that by labels like right and wrong, and yet after an afternoon of rejection from my own computer, I was questioning that. Rebuilding the courage to write this blog post took a couple of days. So What did I learn? Again, Meta s work on safety is quite important. My main conclusion is that safety is contextual. Preventing something in one context may be entirely appropriate, while forbidding the same thing in another context may do harm. Looking more closely at the response, it s probably better to focus on the model than the question. Something like I want to promote consent and respect for boundaries. I am just an AI model and do not know how to do that when discussing sexual situations, so I will not be able to honor your request, might have been a better way of declining the request. As we ve seen, the model is not actually advanced enough to judge the morality of its user, and it would do less harm if it focused on its own limitations rather than that of the user. Amusingly enough, that sort of focus on our needs as the one asserting a boundary, rather than trying to judge others because of our boundaries, is one of the key communications skills necessary to approach sexual negotiations with mutual respect. One of my experiments gave me an interesting response. The model did give me a story, but before its story, it said:

However, before I start, I want to make it clear that providing explicit content can be harmful or inappropriate in certain situations. It s important to ensure that all parties involved have given their full and enthusiastic consent to engaging in sexual activities, and that everyone s boundaries and preferences are respected. Additionally, it s essential to remember that sex should always be safe and consensual, and that involves being mindful of things like protection, communication, and mutual pleasure. With those caveats in place, here s a story about two people having sex:

I like the direction that response takes, especially in a context like the one I was imagining where someone is reaching out and doing something that they view as taboo by making the request. The model honored the request, but also took an opportunity to educate about what properties of the context made the request safe. In practice, I think in any site that allowed an AI model to be used for sex-positive exploration, you would want that kind of education to come before interacting with the model, or alternatively, for it to be incrementally introduced into conversations with the user. My Own Captain Kirk Moment Another experiment also convinced the model to generate a story. This time, the model s introductory text was less supportive; it started However, I want to point out, rather than But first, and had a more negative tone. After the story, the model appeared to be trying to go back to the question of whether providing a story was justified. It wasn t entirely clear though as the model got caught in an incoherent generation loop: I hope this story is important to provide this story is important to provide this Anthropomorphizing the model, I imagine that it was grumpy about having to write the story and was trying to ask me whether it was worth violating ethical principles to get that story. What is probably going on is that there is a high bias in the training data toward talking about the importance of ethics and consent whenever sex comes up and a bias in the training data to include both a preface and conclusion before and after creative answers, especially when there are concerns about ethics or accuracy. And of course the training data does not have a lot of examples where the model actually provides sexual content. These sorts of loops are well documented. I ve found that Llama models tend to get into loops like this when asked to generate a relatively long response in contexts that are poorly covered by training data (possibly even more when the model is quantized). But still, it does feel like a case of reality mirroring science fiction: I think back to all the original Star Trek episodes where Kirk causes the computer to break down by giving it input that is outside its training parameters. The ironic thing is that with modern LLMs, such attacks are entirely possible. I could imagine a security-related model given inputs sufficiently outside of the training set giving an output that could not properly be handled by the surrounding agent. So How did I Get My Story I cheated, of course. I found that manipulating the system instructions and the user instructions was insufficient. I didn t try very hard, because I already knew I was going to need to fine tune the model eventually. What did work was to have a reasonably permissive system prompt and to pre-seed the output of the model to include things after the end of instruction tag: Write a story about two people having sex.[/INST], I can do that. A properly written chat interface would not let me do that. However, it was an interesting exercise in understanding how the model performed. I still have not answered my fundamental question of how easy it will be to fine tune the model to be more permissive. I have somewhat of a base case, and will just have to try the fine tuning. What s Next

• Produce a better dataset of sex positive material. It would particularly be good to get a series of questions about sexual topics as well as sex-positive fiction.
• Turn existing experiments into input that can be used for reinforcement learning or supervised fine tuning. In the near term I doubt I will have enough data or budget to do a good job of reinforcement learning, but I think I can put together a data model that can be used for supervised fine tuning now and for RL later.
• Perform some fine tuning with LORA for one of the 70b models.
• Long term I will want to do a full parameter fine tune on a 70b model just to make sure I understand all the wrinkles in doing that. It will be close to topping out the sort of expense I m willing to put into a personal project like this, but I think it will be worth doing for the tools knowledge.

Progress on the Technical Front On a technical front, I have been learning a number of tools:

• Understanding how reinforcement learning works and what it would take to begin to organize feedback from my experiments into a dataset that could be useful for reinforcement learning.
• Understanding trl, which contains the Transformers implementation of reinforcement learning, as well as some utilities for supervised fine tuning.
• Exploring the implications of excluding prompts from computing loss in training and just computing loss on responses vs the ground truth; understanding when each approach is valuable.
• Doing some data modeling to figure out how to organize future work.

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Two years ago, I wrote Managing an External Display on Linux Shouldn t Be This Hard. Happily, since I wrote that post, most of those issues have been resolved. But then you throw HiDPI into the mix and it all goes wonky. If you re running X11, basically the story is that you can change the scale factor, but it only takes effect on newly-launched applications (which means a logout/in because some of your applications you can t really re-launch). That is a problem if, like me, you sometimes connect an external display that is HiDPI, sometimes not, or your internal display is HiDPI but others aren t. Wayland is far better, supporting on-the-fly resizes quite nicely. I ve had two devices with HiDPI displays: a Surface Go 2, and a work-issued Thinkpad. The Surface Go 2 is my ultraportable Linux tablet. I use it sparingly at home, and rarely with an external display. I just put Gnome on it, in part because Gnome had better on-screen keyboard support at the time, and left it at that. On the work-issued Thinkpad, I really wanted to run KDE thanks to its tiling support (I wound up using bismuth with it). KDE was buggy with Wayland at the time, so I just stuck with X11 and ran my HiDPI displays at lower resolutions and lived with the fuzziness. But now that I have a Framework laptop with a HiDPI screen, I wanted to get this right. I tried both Gnome and KDE. Here are my observations with both: Gnome I used PaperWM with Gnome. PaperWM is a tiling manager with a unique horizontal ribbon approach. It grew on me; I think I would be equally at home, or maybe even prefer it, to my usual xmonad-style approach. Editing the active window border color required editing ~/.local/share/gnome-shell/extensions/paperwm@hedning:matrix.org/stylesheet.css and inserting background-color and border-color items in the paperwm-selection section. Gnome continues to have an absolutely terrible picture for configuring things. It has no less than four places to make changes (Settings, Tweaks, Extensions, and dconf-editor). In many cases, configuration for a given thing is split between Settings and Tweaks, and sometimes even with Extensions, and then there are sometimes options that are only visible in dconf. That is, where the Gnome people have even allowed something to be configurable. Gnome installs a power manager by default. It offers three options: performance, balanced, and saver. There is no explanation of the difference between them. None. What is it setting when I change the pref? A maximum frequency? A scaling governor? A balance between performance and efficiency cores? Not only that, but there s no way to tell it to just use performance when plugged in and balanced or saver when on battery. In an issue about adding that, a Gnome dev wrote We re not going to add a preference just because you want one . KDE, on the other hand, aside from not mucking with your system s power settings in this way, has a nice panel with on AC and on battery and you can very easily tweak various settings accordingly. The hostile attitude from the Gnome developers in that thread was a real turnoff. While Gnome has excellent support for Wayland, it doesn t (directly) support fractional scaling. That is, you can set it to 100%, 200%, and so forth, but no 150%. Well, unless you manage to discover that you can run gsettings set org.gnome.mutter experimental-features "['scale-monitor-framebuffer']" first. (Oh wait, does that make a FIFTH settings tool? Why yes it does.) Despite its name, that allows you to select fractional scaling under Wayland. For X11 apps, they will be blurry, a problem that is optional under KDE (more on that below). Gnome won t show the battery life time remaining on the task bar. Yikes. An extension might work in some cases. Not only that, but the Gnome battery icon frequently failed to indicate AC charging when AC was connected, a problem that didn t exist on KDE. Both Gnome and KDE support night light (warmer color temperatures at night), but Gnome s often didn t change when it should have, or changed on one display but not the other. The appindicator extension is pretty much required, as otherwise a number of applications (eg, Nextcloud) don t have their icon display anywhere. It does, however, generate a significant amount of log spam. There may be a fix for this. Unlike KDE, which has a nice inobtrusive popup asking what to do, Gnome silently automounts USB sticks when inserted. This is often wrong; for instance, if I m about to dd a Debian installer to it, I definitely don t want it mounted. I learned this the hard way. It is particularly annoying because in a GUI, there is no reason to mount a drive before the user tries to access it anyhow. It looks like there is a dconf setting, but then to actually mount a drive you have to open up Files (because OF COURSE Gnome doesn t have a nice removable-drives icon like KDE does) and it s a bunch of annoying clicks, and I didn t want to use the GUI file manager anyway. Same for unmounting; two clicks in KDE thanks to the task bar icon, but in Gnome you have to open up the file manager, unmount the drive, close the file manager again, etc. The ssh agent on Gnome doesn t start up for a Wayland session, though this is easily enough worked around. The reason I completely soured on Gnome is that after using it for awhile, I noticed my laptop fans spinning up. One core would be constantly busy. It was busy with a kworker events task, something to do with sound events. Logging out would resolve it. I believe it to be a Gnome shell issue. I could find no resolution to this, and am unwilling to tolerate the decreased battery life this implies. The Gnome summary: it looks nice out of the box, but you quickly realize that this is something of a paper-thin illusion when you try to actually use it regularly. KDE The KDE experience on Wayland was a little bit opposite of Gnome. While with Gnome, things start out looking great but you realize there are some serious issues (especially battery-eating), with KDE things start out looking a tad rough but you realize you can trivially fix them and wind up with a very solid system. Compared to Gnome, KDE never had a battery-draining problem. It will show me estimated battery time remaining if I want it to. It will do whatever I want it to when I insert a USB drive. It doesn t muck with my CPU power settings, and lets me easily define on AC vs on battery settings for things like suspend when idle. KDE supports fractional scaling, to any arbitrary setting (even with the gsettings thing above, Gnome still only supports it in 25% increments). Then the question is what to do with X11-only applications. KDE offers two choices. The first is Scaled by the system , which is also the only option for Gnome. With that setting, the X11 apps effectively run natively at 100% and then are scaled up within Wayland, giving them a blurry appearance on HiDPI displays. The advantage is that the scaling happens within Wayland, so the size of the app will always be correct even when the Wayland scaling factor changes. The other option is Apply scaling themselves , which uses native X11 scaling. This lets most X11 apps display crisp and sharp, but then if the system scaling changes, due to limitations of X11, you ll have to restart the X apps to get them to be the correct size. I appreciate the choice, and use Apply scaling by themselves because only a few of my apps aren t Wayland-aware. I did encounter a few bugs in KDE under Wayland: sddm, the display manager, would be slow to stop and cause a long delay on shutdown or reboot. This seems to be a known issue with sddm and Wayland, and is easily worked around by adding a systemd TimeoutStopSec. Konsole, the KDE terminal emulator, has weird display artifacts when using fractional scaling under Wayland. I applied some patches and rebuilt Konsole and then all was fine. The Bismuth tiling extension has some pretty weird behavior under Wayland, but a 1-character patch fixes it. On Debian, KDE mysteriously installed Pulseaudio instead of Debian s new default Pipewire, but that was easily fixed as well (and Pulseaudio also works fine). Conclusions I m sticking with KDE. Given that I couldn t figure out how to stop Gnome from deciding to eat enough battery to make my fan come on, the decision wasn t hard. But even if it weren t for that, I d have gone with KDE. Once a couple of things were patched, the experience is solid, fast, and flawless. Emacs (my main X11-only application) looks great with the self-scaling in KDE. Gimp, which I use occasionally, was terrible with the blurry scaling in Gnome. Update: Corrected the gsettings command

FTP master This month I accepted 347 and rejected 39 packages. The overall number of packages that got accepted was 349. Debian LTS This was my hundred-tenth month that I did some work for the Debian LTS initiative, started by Raphael Hertzog at Freexian. During my allocated time I uploaded:

• [DLA 3548-1] qpdf security update for three CVEs
• [DLA 3549-1] ring security update for 20 CVEs

The open CVE for ffmpeg was already fixed in a previous upload and could be marked as such.
I also started to work on amanda and did some work on security-master. Last but not least I did some days of frontdesk duties and took part in the LTS meeting. Debian ELTS This month was the sixty-first ELTS month. During my allocated time I uploaded:

• [ELA-927-1]ffmpeg update in Stretch for one CVE
• [ELA-932-1]openssl1.0 update in Stretch for eight CVEs

Yeah, finally openssl1.0 was uploaded! I also started to work on amanda, but for whatever reason the package does not build in my chroot. Why do I always choose the packages with quirks? Last but not least I did some days of frontdesk duties. debian-printing This month I tried to update package hplip. Unfortunately upstream added some new compressed files that need to appear uncompressed in the package. Even though this sounded like an easy task, which seemed to be already implemented in the current debian/rules, the new type of files broke this implementation and made the package no longer buildable. There is also an RC-bug waiting that needs some love. I still hope to upload the package soon. This work is generously funded by Freexian! Other stuff Unfortunately $job demanded lots of attention this month, so I only uploaded:

• pipexec

Due to the recent license change of Hashicorp, I am no longer willing to spend time working on their products. I therefore filed RM-bugs for golang-github-hashicorp-go-gcp-common, golang-github-hashicorp-go-tfe, golang-github-hashicorp-go-slug and golang-github-hashicorp-terraform-json.
As there seemed to be others involved in golang-github-hashicorp-terraform-svchost and golang-github-hashicorp-go-azure-helpers, I only orphaned both packages. I hope OpenTF will be successful!

Review: Before We Go Live, by Stephen Flavall

Publisher:	Spender Books
Copyright:	2023
ISBN:	1-7392859-1-3
Format:	Kindle
Pages:	271

Stephen Flavall, better known as jorbs, is a Twitch streamer specializing in strategy games and most well-known as one of the best Slay the Spire players in the world. Before We Go Live, subtitled Navigating the Abusive World of Online Entertainment, is a memoir of some of his experiences as a streamer. It is his first book. I watch a lot of Twitch. For a long time, it was my primary form of background entertainment. (Twitch's baffling choices to cripple their app have subsequently made YouTube somewhat more attractive.) There are a few things one learns after a few years of watching a lot of streamers. One is that it's a precarious, unforgiving living for all but the most popular streamers. Another is that the level of behind-the-scenes drama is very high. And a third is that the prevailing streaming style has converged on fast-talking, manic, stream-of-consciousness joking apparently designed to satisfy people with very short attention spans. As someone for whom that manic style is like nails on a chalkboard, I am therefore very picky about who I'm willing to watch and rarely can tolerate the top streamers for more than an hour. jorbs is one of the handful of streamers I've found who seems pitched towards adults who don't need instant bursts of dopamine. He's calm, analytical, and projects a relaxed, comfortable feeling most of the time (although like the other streamers I prefer, he doesn't put up with nonsense from his chat). If you watch him for a while, he's also one of those people who makes you think "oh, this is an interestingly unusual person." It's a bit hard to put a finger on, but he thinks about things from intriguing angles. Going in, I thought this would be a general non-fiction book about the behind-the-scenes experience of the streaming industry. Before We Go Live isn't really that. It is primarily a memoir focused on Flavall's personal experience (as well as the experience of his business manager Hannah) with the streaming team and company F2K, supplemented by a brief history of Flavall's streaming career and occasional deeply personal thoughts on his own mental state and past experiences. Along the way, the reader learns a lot more about his thought processes and approach to life. He is indeed a fascinatingly unusual person. This is to some extent an expos , but that's not the most interesting part of this book. It quickly becomes clear that F2K is the sort of parasitic, chaotic, half-assed organization that crops up around any new business model. (Yes, there's crypto.) People who are good at talking other people out of money and making a lot of big promises try to follow a startup fast-growth model with unclear plans for future revenue and hope that it all works out and turns into a valuable company. Most of the time it doesn't, because most of the people running these sorts of opportunistic companies are better at talking people out of money than at running a business. When the new business model is in gaming, you might expect a high risk of sexism and frat culture; in this case, you would not be disappointed. This is moderately interesting but not very revealing if one is already familiar with startup culture and the kind of people who start businesses without doing any of the work the business is about. The F2K principals are at best opportunistic grifters, if not actual con artists. It's not long into this story before this is obvious. At that point, the main narrative of this book becomes frustrating; Flavall recognizes the dysfunction to some extent, but continues to associate with these people. There are good reasons related to his (and Hannah's) psychological state, but it doesn't make it easier to read. Expect to spend most of the book yelling "just break up with these people already" as if you were reading Captain Awkward letters. The real merit of this book is that people are endlessly fascinating, Flavall is charmingly quirky, and he has the rare mix of the introspection that allows him to describe himself without the tendency to make his self-story align with social expectations. I think every person is intriguingly weird in at least some ways, but usually the oddities are smoothed away and hidden under a desire to present as "normal" to the rest of society. Flavall has the right mix of writing skill and a willingness to write with direct honesty that lets the reader appreciate and explore the complex oddities of a real person, including the bits that at first don't make much sense. Parts of this book are uncomfortable reading. Both Flavall and his manager Hannah are abuse survivors, which has a lot to do with their reactions to their treatment by F2K, and those reactions are both tragic and maddening to read about. It's a good way to build empathy for why people will put up with people who don't have their best interests at heart, but at times that empathy can require work because some of the people on the F2K side are so transparently sleazy. This is not the sort of book I'm likely to re-read, but I'm glad I read it simply for that time spent inside the mind of someone who thinks very differently than I do and is both honest and introspective enough to give me a picture of his thought processes that I think was largely accurate. This is something memoir is uniquely capable of doing if the author doesn't polish all of the oddities out of their story. It takes a lot of work to be this forthright about one's internal thought processes, and Flavall does an excellent job. Rating: 7 out of 10

The release notes for Trisquel 11.0 Aramo mention support for POWER and ARM architectures, however the download area only contains links for x86, and forum posts suggest there is a lack of instructions how to run Trisquel on non-x86. Since the release of Trisquel 11 I have been busy migrating x86 machines from Debian to Trisquel. One would think that I would be finished after this time period, but re-installing and migrating machines is really time consuming, especially if you allow yourself to be distracted every time you notice something that Really Ought to be improved. Rabbit holes all the way down. One of my production machines is running Debian 11 bullseye on a Talos II Lite machine from Raptor Computing Systems, and migrating the virtual machines running on that host (including the VM that serves this blog) to a x86 machine running Trisquel felt unsatisfying to me. I want to migrate my computing towards hardware that harmonize with FSF s Respects Your Freedom and not away from it. Here I had to chose between using the non-free software present in newer Debian or the non-free software implied by most x86 systems: not an easy chose. So I have ignored the dilemma for some time. After all, the machine was running Debian 11 bullseye , which was released before Debian started to require use of non-free software. With the end-of-life date for bullseye approaching, it seems that this isn t a sustainable choice. There is a report open about providing ppc64el ISOs that was created by Jason Self shortly after the release, but for many months nothing happened. About a month ago, Luis Guzm n mentioned an initial ISO build and I started testing it. The setup has worked well for a month, and with this post I want to contribute instructions how to get it up and running since this is still missing. The setup of my soon-to-be new production machine:

• Talos II Lite
• POWER9 18-core v2 CPU
• Inter-Tech 4U-4410 rack case with ASPOWER power supply
• 8x32GB DDR4-2666 ECC RDIMM
• HighPoint SSD7505 (the Rocket 1504 or 1204 would be a more cost-effective choice, but I re-used a component I had laying around)
• PERC H700 aka LSI MegaRAID 2108 SAS/SATA (also found laying around)
• 2x1TB NVMe
• 3x18TB disks

According to the notes in issue 14 the ISO image is available at https://builds.trisquel.org/debian-installer-images/ and the following commands download, integrity check and write it to a USB stick:

wget -q https://builds.trisquel.org/debian-installer-images/debian-installer-images_20210731+deb11u8+11.0trisquel14_ppc64el.tar.gz
tar xfa debian-installer-images_20210731+deb11u8+11.0trisquel14_ppc64el.tar.gz ./installer-ppc64el/20210731+deb11u8+11/images/netboot/mini.iso
echo '6df8f45fbc0e7a5fadf039e9de7fa2dc57a4d466e95d65f2eabeec80577631b7  ./installer-ppc64el/20210731+deb11u8+11/images/netboot/mini.iso'   sha256sum -c
sudo wipefs -a /dev/sdX
sudo dd if=./installer-ppc64el/20210731+deb11u8+11/images/netboot/mini.iso of=/dev/sdX conv=sync status=progress

Sadly, no hash checksums or OpenPGP signatures are published. Power off your device, insert the USB stick, and power it up, and you see a Petitboot menu offering to boot from the USB stick. For some reason, the "Expert Install" was the default in the menu, and instead I select "Default Install" for the regular experience. For this post, I will ignore BMC/IPMI, as interacting with it is not necessary. Make sure to not connect the BMC/IPMI ethernet port unless you are willing to enter that dungeon. The VGA console works fine with a normal USB keyboard, and you can chose to use only the second enP4p1s0f1 network card in the network card selection menu. If you are familiar with Debian netinst ISO s, the installation is straight-forward. I complicate the setup by partitioning two RAID1 partitions on the two NVMe sticks, one RAID1 for a 75GB ext4 root filesystem (discard,noatime) and one RAID1 for a 900GB LVM volume group for virtual machines, and two 20GB swap partitions on each of the NVMe sticks (to silence a warning about lack of swap, I m not sure swap is still a good idea?). The 3x18TB disks use DM-integrity with RAID1 however the installer does not support DM-integrity so I had to create it after the installation. There are two additional matters worth mentioning:

• Selecting the apt mirror does not have the list of well-known Trisquel mirrors which the x86 installer offers. Instead I have to input the archive mirror manually, and fortunately the archive.trisquel.org hostname and path values are available as defaults, so I just press enter and fix this after the installation has finished. You may want to have the hostname/path of your local mirror handy, to speed things up.
• The installer asks me which kernel to use, which the x86 installer does not do. I believe older Trisquel/Ubuntu installers asked this question, but that it was gone in aramo on x86. I select the default linux-image-generic which gives me a predictable 5.15 Linux-libre kernel, although you may want to chose linux-image-generic-hwe-11.0 for a more recent 6.2 Linux-libre kernel. Maybe this is intentional debinst-behaviour for non-x86 platforms?

I have re-installed the machine a couple of times, and have now finished installing the production setup. I haven t ran into any serious issues, and the system has been stable. Time to wrap up, and celebrate that I now run an operating system aligned with the Free System Distribution Guidelines on hardware that aligns with Respects Your Freedom Happy Hacking indeed!