[epcoa]

> or how "soft" they were.

From the comment: It identified some simple HTML files (html, head, title, body, p tags and not much else) as "MS Visual Basic source (VBA)", "ASP source (code)", and "Generic text document" where the `file` utility correctly identified all such examples as "HTML document text".

That's pretty soft. Nothing "adversarial" claimed either.

> Being strictly superior to a competent human is a pretty high bar to set.

The bar is the file utility.

[EnigmaFlare]

Those are only soft to a human. I looked at a couple and I picked them correctly but I don't know what details the classifier was seeing which I was blind to. Not to say it was correct, just that we can't call them soft just because they're short and easy for a human.

> The bar is the file utility.

It has higher accuracy than that. You would reject it just because the failures are different even though they're less?

[jdiff]

Yes. Unpredictable failures are significantly worse than predictable ones. If file messes up, it's because it decided a ZIP-based document was a generic ZIP file. If Magika messes up, it's entirely random. I can work around file's failure modes, especially if it's one I work with often. Magika's failure modes strike at random and are not possible to anticipate. File also bails out when it doesn't know, a very common failure mode in Magika is that it confidently returns a random answer when it wasn't trained on a file type.

[EnigmaFlare]

Your original statement was that having a couple of failures brings into question its claims about performance. It doesn't because it doesn't claim such high performance. 99.31% is lower than perhaps 997 out of 1000 or whatever the GP tested. Of course having unpredictable failures is a worry but it's a different worry.

[jdiff]

They uploaded 3 sample files for the authors, there were more failures than that, and the failures that GP and others have experienced are of a less tolerable nature. This is the point I was making, that the value added by classifying files with no rigid structure is offset heavily by its unpredictable shortcomings and difficult-to-detect failure modes.

If you have a point of your own to make I'd prefer you jump to it. Nitpicking baseless assumptions like how many files the evil GP had to sift through in order to breathlessly bring us 3 bad eggs is not something I find worthwhile.

[EnigmaFlare]

The point I'm making is that you drew a conclusion based on insufficient information, apparently by making assumptions about the distribution of failures or the definition of "easy".