TheBB

import Data.List (intercalate, transpose)
import Data.Maybe (fromJust)
import GHC.Exts (sortWith)

data Square = Empty | Mine | Click
newtype Minefield = Minefield [[Square]]

instance Show Square where
    show Empty = "."
    show Mine = "*"

TheBB

import requests
resp = requests.get('http://worldcup.sfg.io/matches')
for jogo in (j for j in requests.get('http://worldcup.sfg.io/matches').json() if j['status'] == 'completed'):
    print jogo['home_team']['country'], jogo['home_team']['goals'], 'x', jogo['away_team']['country'], jogo['away_team']['goals']

TheBB

" Easymotion {
    let g:EasyMotion_leader_key = '<Space>'
    let g:StupidEasyMotion_leader_key = 'f'
    let g:EasyMotion_use_upper = 1
    let g:EasyMotion_keys = 'ASDFWIERUOGHJKL'
" }

" Vim Over {
    let g:over_enable_auto_nohlsearch = 1
    let g:over_enable_cmd_window = 1

TheBB

#include <iostream>
#include <stack>
#include <cstdlib>

typedef unsigned long long ull;

ull ack(ull m, ull n)
{
    std::stack<ull> st;
    st.push(m);

TheBB

import sys


def sieve(limit):
    a = [True] * limit
    a[0] = a[1] = False

    for i, isprime in enumerate(a):
        if isprime:
            yield i

TheBB

#!/usr/bin/perl
###########################################################
#-PRIVATE-SHIT--PRIVATE-SHIT--PRIVATE-SHIT--PRIVATE-SHIT--#
###########################################################
# Legend Bot [2011] DO NOT FUCKIN SHARE!		  #
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ #
# Commands:						  #
# !legend @system					  #
# !legend @rootable					  #
# !legend @cleanlogs					  #

TheBB

w=0   x=1   y=8   z=9  
w=0   x=5   y=33  z=3  
w=0   x=8   y=8   z=8  
w=0   x=12  y=33  z=2  
w=0   x=15  y=8   z=7  
w=0   x=19  y=33  z=1  
w=0   x=22  y=8   z=6  
w=0   x=26  y=33  z=0  
w=0   x=29  y=8   z=5  
w=0   x=36  y=8   z=4  

TheBB

total = 1904
wc = 3
xc = 25
yc = 38
zc = 175

# roots = []

for w in xrange(0, total/wc + 1):
    for x in xrange(0, (total - wc*w)/xc + 1):

TheBB

import random
import sys

from itertools import product

def random_monty(choices):
    return random.choice(choices)

def deterministic_monty(choices):
    return random.choice([c for c in choices if c != 0])

TheBB

 1. Snute (83)
 2. Bly (80)
 3. Tefel (68)
 4. Scarlett (60)
 5. Nerchio (58)
 6. VortiX (52)
 7. Jim (52)
 8. MaNa (41)
 9. Happy (38)
10. TLO (38)