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InitialsDiceBearhttps://github.com/dicebear/dicebearhttps://creativecommons.org/publicdomain/zero/1.0/„Initials” (https://github.com/dicebear/dicebear) by „DiceBear”, licensed under „CC0 1.0” (https://creativecommons.org/publicdomain/zero/1.0/)FR
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  • Jeg gætter på at det er ladestandere til elbiler der bliver omtalt.

    Heldigvis er det sådan at bil og ladestander kommunikerer direkte gennem ladekablet. Både bil og ladestander kan afbryde opladningen direkte, helt uden noget behov for internet opkobling.

    Det varierer nok en hel del fra bil til bil hvordan man netop afbryder en opladningssession, men på min Hyundai Ioniq 5 kan man afbryde opladningen enten ved at benytte Hyundai appen, eller helt offline ved at trykke på "lås op" knappen på nøglen til bilen. Når man gør det, stopper opladningen med det samme, og så snart det er sikkert bliver ladestikket låst op så det kan tages ud.

  • Most phones are full disk encrypted. So they don't need to zero out the whole disk... They just need to zero out the part of the disk that stores the encryption key. Once the encryption key is erased, the rest of the disk is essentially random noise.

  • I had an older computer where the CPU died, and it exhibited exactly these symptoms.

    See if you can find someone with a compatible system, and try to swap some parts back and forth to rule out which are the broken ones. If you can find another DDR4 system and put your RAM sticks in, then you'll know whether your RAM is actually broken or not.

    Sometimes a BIOS reset can also help when the system can't POST.

  • Very much this. My daughter was bottle fed, and almost like clockwork she would get hungry every 3 hours, at 12, 3, 6 and 9. My wife would feed and go to bed at midnight, and then I would stay up until 3 and feed there, then straight to bed. Then at 6 my wife would wake up and feed, and then finally at 9 in the morning I would wake up. Getting those 6 hours uninterrupted was invaluable.

  • Understandable. RAID1 can be a significant reduction of available space, but it of course depends a lot on which combination of disks you are using. In my case the difference is fairly minor. With RAID6 I would have 26 TB usable, and with RAID1 I have 23 TB usable... So to me the safety is worth the lost storage... But that if course depends entirely in which disks you have.

    Here's my setup: https://www.carfax.org.uk/btrfs-usage/?c=2&slo=1&shi=1&p=0&dg=1&d=8000&d=6000&d=3000&d=3000&d=12000&d=8000&d=6000

  • Ah, it's probably a result of running RAID6 then. All the parity RAID modes in BTRFS still has some issues, such as suffering from the "write hole" issue. This can result in data loss when the filesystem isn't unmounted cleanly, such as a crash or power loss.

    RAID5 and RAID6 are still not recommended for production use.

  • Huh, that sound very weird... If for example you're running RAID1, then all bits of the metadata should be duplicated. So unless the same bit of metadata was also corrupted on the other disk, it should be recoverable...

    What checksum algorithm are you running?

  • BTRFS has native checksumming, so it will detect any bitrot that occurs. Additionally it supports various RAID levels. So if you have some level of replication or parity, then combined with the checksums, it will automatically correct bitrot as well.

    A proper backup strategy is of course still necessary.

  • The Narcissist's Prayer

    • That didn't happen.
    • And if it did, it wasn't that bad.
    • And if it was, that's not a big deal.
    • And if it is, that's not my fault.
    • And if it was, I didn't mean it.
    • And if I did, you deserved it.

    by Dayna Craig

    We're at line 3, it seems