vient

By "SSH key files" do you mean private keys? Or only public keys?

Interesting, saw reCAPTCHA infinite loop for the first time in a long time just yesterday, on Firefox, and it was when I tried to access an article on PMC. Disabling uBlock and Enhanced Tracking Protection did not help. It looked like several automatic reloads, then one real reCAPTCHA showed, and infinite reload loop after I solved it.

Does not reproduce today though, and I never had issues with PMC/NIH before that.

I got an impression from the text that pilots were not sure the fuel levelling line does not have a leak itself. Maybe they were afraid the line can leak fuel into fuselage somehow?

Rui mentioned today that he managed to speed up mold "about 1.5 times" while writing this paper https://x.com/rui314/status/2092486965186969699?s=20

Seems that some optimizations went to mold 2.42 and others are not yet released. Wild benchmarked mold 2.40 or 2.41

He also released another research just a few days ago https://news.ycombinator.com/item?id=49245491

This may just be too much. I settled up on 0.2mg dosage - you can find 0.1mg tablets, easy to try different dosages with them. Also seems to work better if you take it 2-3 hours before sleep.

> 53. МИР И ЧЕЛОВЕК

Oh wow, a blast from the past. Remember reading and re-reading it a lot when I was very young. Seems it is still printed and updated! You can see the 1988 edition in full here https://samoe-vazhnoe.blogspot.com/2014/03/mir-i-chelovek.ht...

Important detail here is that the problem disappers if you use PRIVATE dependencies — but you can't do that with a heavily templated C++ codebase. Templates (and complexity they bring) are there for good reasons (primarily performance at all costs) so we did not manage to find a path forward with CMake.

Not only is CMake single threaded but the generation step time scales almost quadratically* with the number of targets in some cases. Probably not what happens here but this is what forced us to move from CMake — generation times were surpassing 5 minutes, and this is not counting configuring step.

* Because in CMake there are several target properties that may be affected by the "parent" (another target which added this target as dependency), meaning that these properties need to be re-evaluated in the context of each root target dependent on this one. If I remember correctly, exact mechanism is that some properties can have generator expressions, and these expressions can reference "parent" target. Now we imagine an app which has some std lib with 1k targets, and 100 top-level executables dependent on this std lib - suddenly we have 100k target evaluations in generation step.

Just learned about Kenji by finding his "The Best Chili Ever" recipe [0] through Reddit and immediately his another recipe appears on HN. Baader-Meinhof strikes again.

[0] https://www.seriouseats.com/the-best-chili-recipe

Author mentions trying incognito mode without success.

I also tried their strictly mathematical problem description and got filtered 5/5 times.

Interesting, I thought that it can't be right, Fable can't refuse to answer a strictly mathematical problem — well, 5/5 attempts did switch to Opus. Amusingly, one attempt spent almost 10 minutes thinking how to prove NP-hardness only to abruptly switch.

Wonder if AMD MI350P release will affect setups like this. From what I've heard, the price will be pretty similar to RTX PRO 6000 while having 50% more VRAM which is additionally an HBM3E instead of GDDR7.

At least this time they actually created an incident https://slack-status.com/2026-05/46d9d5d41fbedd9f

https://slack-status.com does not report anything so far. We observe issues sending messages via app and API.

Edit: incident appeared https://slack-status.com/2026-05/46d9d5d41fbedd9f

> A lot of 'premium' branded instant coffee is ~£42/kg. That's £3/kg more than my premium, locally-roasted, single-estate Colombian coffee beans.

You need 7-10 times less instant coffee to make a cup though, so your beans are a lot more expensive in the end. From my experience, cup of coffee is either 2 grams of Nescafe Gold or 16 grams of beans.

I assumed that AI features require server, so the server knows how many users it has. If some features are local then it's not so straightforward.

Approximately all people update Firefox so you don't need telemetry to count "AI disabled" installations, instead you can derive it as "updates requested" minus "AI enabled".

On Windows it is Alt+0151. Harder to use than on Mac but definitely possible, I frequently use it.

On recent versions Shift+Win+- also work, and Win+- produces en dash.

Peculiar that in IMPLEMENTATION_NOTES.md Claude thinks it is 2024 and not 2026 (see Work Log)

I wonder if Windows and Linux just can't yet work on heterogeneous CPUs as well as macOS does. Intel chose an interesting direction here, going straight from one to three kinds of cores in one chip. I almost never see LPE cores being used on Windows, and on Linux you have obscure soft like Intel LPMD which I tried but was not able to notice any battery life improvements.

> You can easily download unsigned binaries and run them

Of course, but I assume you don't really need to install third-party apps to control hardware. In my case Alienware and Dell bloat came from me setting up an Alienware monitor. MSI bloat came from setting up MSI GPU. Intel Killer stuff just got automatically installed by Windows Update, it seems.

> Microsoft Defender

This one I immediately disable after Windows installation so no problems here :)

On work we get CrowdStrike Falcon, it seems pretty tame for now. Guess it depends on IT-controlled scan settings though.

> building a CPU that doesn't guzzle battery

It may be the software problem as well. On Windows I regularly need to find which new app started to eat battery like crazy. Usually it ends up being something third-party related to hardware, like Alienware app constantly making WMI requests (high CPU usage of svchost.exe hosting a WMI provider, disabling Alienware service helped), Intel Killer Wi-Fi software doing something when I did not even know it was installed on my PC (disabling all related services helped), Dell apps doing something, MSI apps doing something... you get the idea.

It seems like a class of problems which you simply can't have on macOS because of closed ecosystem.

Without all this stuff my Intel 155H works pretty decently, although I'm sure it is far away from M-series in terms of performance.

The problem here is not with Optimus though.

git-archive downloads only strictly necessary files but is not universally supported

https://git-scm.com/docs/git-archive

Same can be done using git and tar

    mkdir -p <out_dir> && git archive --remote=<remote> --format=tar.gz <branch> <files...> | tar -xzC <out_dir>

Strangely, github does not support this, so tested with bitbucket.

For reference, I get 29 tokens/s with the same model using 12 threads on AMD 9950X3D. Guess it is 2x faster because AVX-512 is 2x faster on Zen 5, roughly speaking. Somewhat unexpectedly, increasing number of threads decreases performance, 16 threads already perform slightly worse and with 32 threads I only get 26.5 tokens/s.

On 5090 same model produces ~170 tokens/s.

Won't say I got much longer battery life, and even what I got may be as well explained as "TLP made energy profile management almost as good as on Windows, and then Windows's tendency to get a bunch of junk processes seeping on your battery tipped the scales to favor Linux". Also I ended up switching back to Windows because of never-ending hardware issues with Linux, installing it on 155H back in February 2024 was especially rough but even 6 months later I randomly got Bluetooth not working anymore after Ubuntu update.

My TLP and LPMD configs: https://gist.github.com/vient/f8448d56c1191bf6280122e7389fc1...

TLP: don't remember details now, as I recall scaling governor does not do anything on modern CPUs when energy perf policy is used. CPU_MAX_PERF_ON_BAT=30 seems to be crucial for battery savings, sacrificing performance (not too much for everyday use really) for joules in battery. CPU_HWP_DYN_BOOST_ON_BAT=0 further prohibits using turbo on battery, just in case.

LPMD: again, did not use it much in the end so not sure what even is written in this config. May need additional care to run alongside TLP.

Also, I used these boot parameters. For performance, I think, beneficial one are *mitigations, nohz_full, rcu*

    quiet splash sysrq_always_enabled=1 mitigations=off i915.mitigations=off transparent_hugepage=always iommu=pt intel_iommu=on nohz_full=all rcu_nocbs=all rcutree.enable_rcu_lazy=1 rcupdate.rcu_expedited=1 cryptomgr.notests no_timer_check noreplace-smp page_alloc.shuffle=1 tsc=reliable

> TFLOPs are not the same between architectures.

Shouldn't they be the same if we are speaking about same precision? For example, [0] shows M4 Max 17 TFLOPS FP32 vs MAX+ 395 29.7 TPLOFS FP32 - not sure what exact operation was measured but at least it should be the same operation. Hard to make definitive statements without access to both machines.

[0] https://www.cpu-monkey.com/en/compare_cpu-apple_m4_max_16_cp...

Something is wrong with power governor then. I have an opposite experience, was able to tune Linux on a Core Ultra 155H laptop so it works longer than Windows one. Needed to use kernel 6.11+ and TLP [0] with pretty aggressive energy saving settings. Also played a bit with Intel LPMD [1] but did not notice much improvement.

[0] https://github.com/linrunner/TLP

[1] https://github.com/intel/intel-lpmd