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EXTREME ELECTRICAL FAILURE (HIGHLY UNSTABLE LINK)

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1 月 6 日下午 5:48

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描述

In today's lesson, we'll remotely explore the latest Holman Dynamics supercomputer, direct from their lab downtown. I have the access key stored right... oh my. It seems someone from the previous class left an active soldering iron on the computer. I'm sure we can extract it somehow.

This recovery device should give us enough information to predict the exit value of the link. At any given cycle, the digitwise (non carrying) sum of the next #QTTY (5 to 15) values in #DATA will be equal to the exit link exactly #TIME cycles after it is read. Start reading from #DATA at exactly the same time as each other register, and don't miss any values.

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XTVB 3 月 29 日上午 3:47

So much pain and misery, even when I got something working for the calculation sometimes the QTTY is too high to calculate if you get a short TIME, had to rework my solution several times to get more efficient (in terms of both cycles and size) and then finally had to code a check for low TIME values and just reset if they're less than 200 (which took another bunch of refactoring and squeezing to fit in the size)...

But in the end that 1019/99/23 feels good :D

(there's an interesting amount of randomness in the starting conditions, adding a NOOP gets me 1004/100/23)

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