2/11/2024 0 Comments Katawa shoujowindows![]() There are lots of perfectly legal uses and the vast majority of files are probably safe. So, feel free to torrent the installer of your choice, and if its hash matches the one I gave, you’ll know you have the same file that I say works fine for me )Īnd don’t be afraid of BitTorrent generally-it’s just a way to transfer files faster by having lots of people help. (Longer checksums make it less likely that two non-identical files will give the same result.) In fact, I think the part of the file name in the brackets at the end is another kind of checksum so you can verify the file contents are correct I just don’t know what hash function is used to generate such a short value. I have KS Linux and Windows installers from the torrent I’ve tested them myself and they are working and appear safe (if you trust me anyway!) here are the fingerprints: They are almost certainly available for Mac too but I don’t use macs so I can’t promise. On a Linux machine you can use the md5sum or sha1sum programs on command line (they should be in coreutils). If you are willing to trust software from a non-Microsoft source, there is also a tool that doesn’t require the command line, at (I think I have used this but I can’t say for sure.) On Windows you can compute these using the Microsoft File Checksum Integrity Verifier This works on all versions (even though MS doesn’t want to be responsible for certifying it). The two main file identification hash functions that I know of are SHA1 and MD5. So if the checksums match, you know the files are identical. Basically it lets you “fingerprint” a file to make sure it is the same as another one. In fact even the smallest change in the input will produce a hash that is radically different. If the input file is the same, you always get the same number out and it is nearly impossible to alter a file so that the changes version produces the same output. I’m making it public in the hopes it will be useful to someone other than just OP.Ī hash function is basically just a complicated math formula that turns a big file into a long number in a predictable way. ![]() So here’s a little bit more about hashes.
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