tayasticky.blogg.se - Mathstudio for foobar on raspi

MATHSTUDIO FOR FOOBAR ON RASPI FULL
MATHSTUDIO FOR FOOBAR ON RASPI CODE
MATHSTUDIO FOR FOOBAR ON RASPI SERIES

For instance, I got a “BLACKLISTED CODE” exception when I tried to import the sys library

There are additional blacklisted libraries.

They say so in the Java section, but somehow they do not repeat it in the Python one.

Even if in the Python section there is no mention, execution time is limited.

There are two important caveats to consider: Your solution must be under 32000 characters in length including new lines and and other non-printing characters. Standard libraries are supported except for bz2, crypt, fcntl, mmap, pwd, pyexpat, select, signal, termios, thread, time, unicodedata, zipimport, zlib. All tests will be run by calling the solution() function.

MATHSTUDIO FOR FOOBAR ON RASPI CODE

Your code will run inside a Python 2.7.13 sandbox. They are divided between Java and Python ones. You also need to keep in mid a few constraints. Note that it may also be run against hidden test cases not shown here. Your code should pass the following test cases. But you may not know what those test are about.

However, it also indicates that there will be additional hidden tests that you need to pass. The challenge also list a couple of test cases you will need to pass. However, if M = "2" and F = "4", it would not be possible. For example, if M = "2" and F = "1", one generation would need to pass, so the solution would be "1". Return the fewest number of generations (as a string) that need to pass before you'll have the exact number of bombs necessary to destroy the LAMBCHOP, or the string "impossible" if this can't be done! M and F will be string representations of positive integers no larger than 10^50. Write a function solution(M, F) where M and F are the number of Mach and Facula bombs needed. You need to know how many replication cycles (generations) it will take to generate the correct amount of bombs to destroy the LAMBCHOP. (Thus it may be impossible to deploy the bombs to destroy the LAMBCHOP, but that's not going to stop you from trying!) Too many, and you might overload the mass capacitors and create a singularity at the heart of the space station - not good!Īnd finally, you were only able to smuggle one of each type of bomb - one Mach, one Facula - aboard the ship when you arrived, so that's all you have to start with. Second, you need to ensure that you have exactly the right number of Mach and Facula bombs to destroy the LAMBCHOP device. The replication process can be changed each cycle. First, the bombs self-replicate via one of two distinct processes:Įvery Mach bomb retrieves a sync unit from a Facula bomb for every Mach bomb, a Facula bomb is created Įvery Facula bomb spontaneously creates a Mach bomb.įor example, if you had 3 Mach bombs and 2 Facula bombs, they could either produce 3 Mach bombs and 5 Facula bombs, or 5 Mach bombs and 2 Facula bombs. The bombs, once released into the LAMBCHOP's inner workings, will automatically deploy to all the strategic points you've identified and destroy them at the same time.īut there's a few catches. There are two types: Mach bombs (M) and Facula bombs (F). You're so close to destroying the LAMBCHOP doomsday device you can taste it! But in order to do so, you need to deploy special self-replicating bombs designed for you by the brightest scientists on Bunny Planet.

MATHSTUDIO FOR FOOBAR ON RASPI FULL

The full description of the challenge is the following: The fourth task I got for Foobar was to figure out whether the self-replicating bombs I brought with me could blow Commander Lambda’s base without causing harm to the galaxy.

MATHSTUDIO FOR FOOBAR ON RASPI SERIES

This post is part of a series on Google Foobar, with all the challenges I encountered. Google Foobar is a hidden coding challenge by Google, and Bomb, Baby! is the challenge I solved using Python in order to move forward in level 3.