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Joined 1 year ago
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Cake day: June 22nd, 2023

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  • Just want to add, not only is it a ridiculous number because of sales, there’s also free games that wreck the numbers.

    Glancing at my unplayed library, sure there’s a bunch of leftovers from Humble Bundles I got ages ago for what amounted to a fraction of retail, but there’s also things like BioShock 1&2 Remastered - games that were given out FOR FREE to owners of the original. I’ve PLAYED the originals, but I assume the powers that be would tell you I have $60 worth of unplayed games sitting there since I haven’t opened the remasters.



  • Worst thing? Someone with access to your password can now break into the associated account, and use that access to snoop or potentially permanently lock you out. E2EE data could be lost forever if they change the password and 2FA.

    More likely? Unless you reuse passwords, or the associated site has been recently compromised, pretty low odds of compromise. If you suspect your 2FA has leaked, just get a new secret, easy peasy. Most reputable sites should alert you to a login on a new device, potentially giving you time to react or alerting you of snooping.

    If your secret leaks without context on what site it’s associated with, then unless your name is Taylor Swift, odds of someone associating it to a site, let alone the matching password, are astronomical.














  • capture the generated codes and time of input in some way, then brute force hashes until they generate one that produces the correct codes at x time

    Given a TOTP key is usually at least 18 characters for a 6-digit code, having only one data point sticks you with something on the order of 10^28 possible keys for a given singular code (way more if case sensitive). You’d need to be regularly intercepting TOTP codes to brute force your way to the right key, and even then it’d only be valid for a single site. At that point it probably means you’ve fully compromised the connecting device or server, at which point, why do you even need the TOTP again?



  • You’re about to embark on a massive journey and I wish you the best of luck :D

    Compressing 110 4K movies is going to be a long encode time, but it will be so nice to digitize that collection.

    First question: if you already have them ripped and stored, do you even need to re-encode them? If you have a powerful enough Jellyfin server for transcoding, that may be enough.

    That said, if you’re looking to optimize for space and quality, there’s some questions to ask:

    • proprietary (but ubiquitous) HEVC or the emerging open standard AV1? It’s going to be a lot easier finding tips/guides for HEVC.

    • Constant Rate Factor (CRF), or Average Bit Rate (ABR). CRF tends to be more straightforward if you have a varied collection of content because it let’s the encoder choose settings to deliver consistent quality. 2-pass average bit rate is good if you have a target size or compatibility in mind - great for squeezing out the absolute optimal quality if you’re trying to fit on a Blu-Ray disc or meet certain streaming criteria, but 2x the encode time (hence “2-pass”) can be a tough sell.

    Stick with software encoding, steer clear of hardware solutions like NVENC. They’re crazy fast, but inconsistent quality.

    There’s some guides out there on converting DV to HDR 10+ etc, but I don’t have a lot of experience with that process.