my guess is many people use nitter to do automatic scraping of Twitter for various projects, i.e. they can't believe they "have" to do it because so many people still use Twitter.
I'd say there's also oversight/supervision. Which was manual at the start with a human signing off on commands/incrementally built allow/block lists, and now seperate models evaluating commands and blocking them based on some parameters. This is the weakest model, but it'll evolve as well.
There a few benchmarks out there where all existing models have abysmal scores. So it's not actually a problem if Antrophic's older models are bad, especially if the jump to the newest model is huge, and the competition is also way below it.
> We are investigating authentication issues leading to failure in starting Actions runs and downloading actions. At this time the majority of Actions runs is impacted.
> Cache entry Linux-pnpm-store-6f9233a50def742c09fde54f56553d6b449a535adf87d4083690539f49ae4da11 (1.1 GB) saved to GitHub Actions cache for TanStack/router, scope refs/heads/main — keyed to match what release.yml will look up on the next push to main
Imo I think this shouldn't have been possible, as in release should use its own cache and rebuild the rest fresh. It's one thing that the main <> fork boundary was breached, but imo the release process should have run fresh without any caches. Of course hindsight is 20/20.
Yes, surely this caching mechanism is undocumented and unexpected behavior?
Looking at the affected workflow I don't see any explicit caching so this is all "magically under the hood" by GitHub?
This looks like a FU on Github not TanStack (except for putting trust in Github in 2026 perhaps).
Yes, various footguns of pull_request_target are documented but I don't believe this is one of them? Github needs to own this OR just deprecate and remove pull_request_target alltogether.
From postmortem timeline:
> 2026-05-11 11:29 Cache entry Linux-pnpm-store-6f9233a50def742c09fde54f56553d6b449a535adf87d4083690539f49ae4da11 (1.1 GB) saved to GitHub Actions cache for TanStack/router, scope refs/heads/main — keyed to match what release.yml will look up on the next push to main
Why was that scoped refs/heads/main?
This is the exploited version of the exploited workflow. Why does the result of preinstall scripts run on PRs here end up on the main branch? Or did I overlook some critical part of Actions docs or the TanStack actions?
The restore-key looks too wide and this still looks like an issue. This wide caching may also cause issue if they ever upgrade major nodejs version independently of OS, for example.
This confused me too, until I realized that the article is about pnpm, not npm (pnpm reads .npmrc for some reason, despite not having the same options as npm)
On a related note, it seems to be impossible to find the documentation of min-release-age by googling it. Very annoying.
I just set this up for npm, here's the command that worked for me:
npm config set min-release-age 7
The '7' is days. This is the only format that worked for me, just a single integer number of days.
Confirmed by trying to install the latest version of React 19.2.6 (published 5 days ago as of the time of this comment). It failed with a comment confirming that it could not find such a version published before a week ago.
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