I do wonder how many people only hate windows because their IT installed crapware that takes half the CPU scanning every file move.
I watched a fascinating rust video where this guy was talking about all of the things different OSs do differently just in the rust up install process. And how one of them (I assume windows but don’t recall) was way worse but it was fixed by changing how they did IO. I don’t work at that lower level so it’s not a thing for me, but it was interesting. (I tried to find but failed)
The file system Windows uses (NTFS) has a lot of neat features, but ends up being astronomically slow in unexpected ways for some file operations as a result.
I remember playing around with NTFS streams. They’re usually used to store random metadata about a file. The size of which doesn’t appear in the normal file size calculation/display in Windows. So you can have this 2kb text file that has an alternate stream with a zip file of the entire discography of a band stuffed into it. Longest file transfer of 2kb ever. Another gotcha, the second you copy that file to a file system that doesn’t support the alternate streams they just vanish. So all the sudden that long file transfer is super quick.
See, so I’ve never seen the purpose of NTFS streams. In a cyber security course, I was warned to look out for Alternate Data Streams, but got an unsatisfactory answer when I prodded the instructor for more (it was apparent that didn’t have anything beyond a surface level understanding of them).
Your link was informative in grasping what they are, but I still don’t think I’m clear on how they’re used in the “real world”. Like, what (and how) would one use them for a legitimate purpose?
Linux and FreeBSD systems? Happy and snappy.
Work Windows system filled with crap corp security software? Open electron apps and wait for them to load.
Personal Windows system? Master of Orion, the remake.
I do wonder how many people only hate windows because their IT installed crapware that takes half the CPU scanning every file move.
I watched a fascinating rust video where this guy was talking about all of the things different OSs do differently just in the rust up install process. And how one of them (I assume windows but don’t recall) was way worse but it was fixed by changing how they did IO. I don’t work at that lower level so it’s not a thing for me, but it was interesting. (I tried to find but failed)
The file system Windows uses (NTFS) has a lot of neat features, but ends up being astronomically slow in unexpected ways for some file operations as a result.
I remember playing around with NTFS streams. They’re usually used to store random metadata about a file. The size of which doesn’t appear in the normal file size calculation/display in Windows. So you can have this 2kb text file that has an alternate stream with a zip file of the entire discography of a band stuffed into it. Longest file transfer of 2kb ever. Another gotcha, the second you copy that file to a file system that doesn’t support the alternate streams they just vanish. So all the sudden that long file transfer is super quick.
See, so I’ve never seen the purpose of NTFS streams. In a cyber security course, I was warned to look out for Alternate Data Streams, but got an unsatisfactory answer when I prodded the instructor for more (it was apparent that didn’t have anything beyond a surface level understanding of them).
Your link was informative in grasping what they are, but I still don’t think I’m clear on how they’re used in the “real world”. Like, what (and how) would one use them for a legitimate purpose?
what do you need 32gb for in a linux box?
Gaming, 3D Modelling, Drawing, …
32gb of ram
Chrome. Or Firefox. They don’t use less ram on Linux. I can easily get Firefox to 10G.
ZFS and disk cache.
I love it for disk cache as I can then get slow drives. After the prefetch during boot (once every few months), things are just smooth.
either using it to serve a small network or the old video games
32gb of ram
yes, that was the amount I was responding to
I see. Thanks for your response.
deleted by creator