In an effort to keep my repository clean, this repository contains various coding challengers the derive from fun, interviews and any other source that doesn't need to be in it's own repository.
A math based challenge for printing an incrementing numbers based on an arbitrar value given. For example when given a value of 3, the following 2d list is generated.
python3 magicSquare.py [6, 1, 8] [3, 7, 5] [9, 4, 2]
3 python based exercices derived from a coding interview submission.
1. Takes a list of string based number values and prints an integer form to STDOUT. For example, given an input of
words = ["six", "negative seven hundred twenty nine", "one million one hundred one", "three thousand forty one"]
STDOUT will product the following
python3 challenge1.py 6 -729 1000101 3041
2. Given a large string, find and print to STDOUT the largest palandrome found. For example, given an input of
nsecrateditfaraboveourpoorponwertoaddo memberwhatwesayherebutitcanneverraceca edicatedheretotheulnfinishedworkwhicht tisratherforustoracecarebeherededicate ddeadwetakeincreaseddevotitattarrattat
STDOUT will product the following
python3 challenge2.py tattarrattat of size 12
3. Given a list of substrings and a list of strings, attempt to create the entire string. For example, given an input of
words = ["albums", "barely", "befoul", "convex",
"hereby", "jigsaw", "tailor", "weaver"]
pieces = ["al", "bums", "bar", "ely", "be", "foul",
"con", "vex", "here", "by", "jig", "saw",
"tail", "or", "we", "aver"]
STDOUT will product the following
al + bums => albums albums != barely albar != barely alely != barely albe != barely ...
A product ordering system. Simulates product purchasing and implements a simple ordering system to purchase products when low.
