Python-based Project Euler command line tool

The solutions that are stored in the package are only plain answers - not actual algorithmic solutions to each of the problems. I understand the concern, but in my opinion, if someone had a collection of solutions that were derived specifically from the answers derived from EulerPy, it would likely consist of just `print n`s (which shouldn't be impressive to anyone by any means). I apologize if my project has degraded the integrity of the Project Euler community.

What other people do or have on their profile has no impact on the pride I have in the work I do, and the more widely the profiles are recognized as not useful as any kind of certification the better.

> The worst thing that could happen to Project Euler is people creating profiles and populating them with answers they didn't come up with, so they can pad their resume or other.

That would be quite a feat, considering:

"As of 27 June 2014, problems are now accessible again and their solutions can be checked. However registering and logging into accounts remains disabled, and no new problems are being added."

I was actually going to add a feature request to allow "solving" problems via the command line -- but I see the site itself (while it doesn't register profiles/solutions) uses a captcha -- So I guess the script would have to fetch that, display it, and ask for the captcha number as well :-/

(Or try to defeat the captcha which would of course be much more interesting, but perhaps less good for the euler project...)

For my part, I'm tired of the various all-knowing fonts of wisdom who Know Better deciding what I can and can't do. The PE guy can certainly say his piece, and as it happens I agree that it's dumb to peek at solutions as a general strategy; but sometime I might want to, and I'm glad the author of this package included the option.

Next time I have a long flight, I can now go through Project Euler and stop when I'm right. Having solutions is nice to have.

One interesting potential mode would be to (as suggested below) encrypt the solutions and switch --verify to --attempt, then keep track of # of attempts for scorekeeping.

"The worst thing that could happen to Project Euler is people creating profiles and populating them with answers they didn't come up with, so they can pad their resume or other."

The worst thing that could happen to Project Euler is that it goes offline and doesn't make the questions available. The second worst thing is that it stays online, but doesn't let you know if you've solved the questions.

I was going to add the third worst thing would be for Project Euler to stay online, validate answers, but not add any questions - but, really - there are enough questions now to keep me going for a couple years.

Perhaps you and I look at PE differently, but, I do not care at all how many other people solve, or don't solve questions - beyond giving me some insight into how difficult some questions are, and whether I am missing something obvious.

Solving PE problems is a reward in and of itself - I would never be so douchey as to point to my PE Profile - For one, there is no way of determining how long I took to answer the questions, and, even a scripter of my incredible limited means, can answer most of the questions with enough time and effort.

I think PE is one of the great gifts on the Internet, and, while I think anyone who actually uses a "show answer" tool is being retarded, and both (A) completely missing the point of PE, and (B) robbing themselves of the experience of solving the problems - the only person who is being hurt by that tool, is the person using it, not me.

So - I perhaps agree with you that the feature is a Bad Idea(tm), that does not bring value to it's users, but, at the very least, does not impact me negatively.

* What would have been cool by the author, is that instead of giving answers, would have been to give hints pointing to various algorithm, or mathematical concepts. For example, there might be a question that is trivial to answer if you know (and can implement) Dijkstra's algorithm - and 90%+ of the value of the question can be reaped by reading up about Dijkstra's algorithm, seeing how it applies here, implementing it.

I'd still like to spend an hour or so on my own, but if I run into a wall, simply getting a hint that says, "Dijkstra's algorithm" or "Trémaux's algorithm" would still let me capture most of the value of the question.

I'm equally surprised at seeing my Local Euler being used for something.

I considered this, and figured since the solutions are stored by the program anyways, it would make more sense to include the functionality rather than to omit it. Naming the option `--cheat` was an conscious decision to discourage a reliance on it. Then again, if someone really does want to view the solutions rather than work through the problems themselves, I suppose it's their loss anyways.

Hmm, I'll have to keep this in mind when I get to adding problems like this. Time to convert GeoGebra images to ASCII art /s!