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Did anybody solve this?

1.61803398874.com

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Re: Did anybody solve this?

#5
Also, did anyone solve their "canine challenge"? It seems to me that what they're asking for is "tee FILE... > /dev/null", but maybe I'm missing something?

Re: Did anybody solve this?

#7
post #5

Also, did anyone solve their "canine challenge"? It seems to me that what they're asking for is "tee FILE... > /dev/null", but maybe I'm missing something?

The only problem with `tee' is that it's hard to find it unless you know where to look -- took me some 2 years.

Perhaps the real challenge here is sticking with the team that produces incredible qunatities of code, as they put it, and will rather re-implement tee than find it. I wonder if they implemented own virtual memory with on-demand paging yet ;-)

Re: Did anybody solve this?

#8
Read up on the Vigenere cipher on Wikipedia. If you still aren't getting it, reconsider which direction you are shifting the cipher text in accordance with the key. Good luck!

(Or do some social engineering and figure out which db company has a 9 letter name.)

Re: Did anybody solve this?

#9
Spoiler Alert!

The answer is rethingdb. Apparently an ad for rethinkdb.com:

    >>> print "".join((chr((ord(x)-int(y)-ord("a"))%26+ord("a")) for x,y in zip("xfbhlqtlj","61803398874")))
    rethinkdb

Re: Did anybody solve this?

#10
post #7
post #5

Also, did anyone solve their "canine challenge"? It seems to me that what they're asking for is "tee FILE... > /dev/null", but maybe I'm missing something?

The only problem with `tee' is that it's hard to find it unless you know where to look -- took me some 2 years. Perhaps the real challenge here is sticking with the team that produces incredible qunatities of code , as they put it, and will rather re-implement tee than find it. I wonder if they implemented own virtual memory with on-demand paging yet ;-)

Except that if you read the problem statement, you'll see that tee doesn't meet the requirement of 'taking advantage of all available I/O parallelism'. Tee writes to each output file sequentially.

Given that their core business is data-stores that take full advantage of emerging storage technologies (such as flash), this seems like pretty relevant question.

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