I'm liking the pause button in 1. Any chance you could add that back? However, sorting of columns is now disabled while a scan is in progress. Thanks, xviruz v1. Hi, jammmie, and welcome to the DonationCoder site. Cocoa Supporting Member Joined in Posts: I've very glad I spotted your software fairly quick after coming to the forums. I spent the entire evening testing out around 7 or 8 different checksum generating or verifying software after trawling the internet, and in the end I had to come back to Donationcoder to find something even close to approaching what I need.
I just wish I had thought of coming here sooner, but the forum is still a bit difficult to sift through to find a particular software for a particular need. Your SFV Ninja's ability to generate checksum files with relative paths is a big bonus for me to decide to try it out--all the other tools glaring oversight to only be able to generate and verify checksums with static paths frustrated me to no end You'd think this was one of the most basic things that's needed for verifying checksum files Unforunately I still can't seem to figure out how to have SFV Ninja do all that I need, which is really quite simple: I have two folders, say named Folder A and Folder B.
They're stored under different paths and have different names. Inside are other nested folders and files, which have the same general directory structure, but may or may not all match. What I'm trying to find out is exactly what's there and what's not, and for the ones that have same filename and path, whether they're indeed the exact same files.
So I need a file checksum tool that can do the following: 1. Scan and generate checksum files such as SFV or other formats for a folder, e. Folder A, with all subfolders and files inside. However, the probability of a corrupted file having the same checksum as its original is exceedingly small, unless deliberately constructed to maintain the checksum.
SFV cannot be used to verify the authenticity of files, as CRC32 is not a collision resistant hash function; even if the hash sum file is not tampered with, it is computationally trivial for an attacker to cause deliberate hash collisions, meaning that a malicious change in the file is not detected by a hash comparison. In cryptography, this attack is called a collision attack. For this reason, the md5sum and sha1sum utilities are often preferred in Unix operating systems, which use the MD5 and SHA-1 cryptographic hash functions respectively.
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