Rembane

import time 

# http://docs.python.org/2/library/time.html#time.sleep
while True:
    bla()
    time.sleep(0.005)

Rembane

module Main where

-- This one works, but is terribly slow. 
-- Make it faster!!!

step (my, mx) (y, x) = if my == y && mx == x
                       then 1
                       else stepY + stepX
    where
        stepY | y < my    = step (my, mx) (y+1, x) 

Rembane

void count_freq(int *number, int number_length) {
    int *freqs[MAX], *p1;

    // Nollställ först
    for(p1=freqs; p1 < freqs + MAX; p1++) {
        *p1 = 0;
    }

    for(p1=number; p1 < number + number_length; p1++) {
        freqs[*p1-1]++;

Rembane

# encoding: utf-8

from bs4 import BeautifulSoup
from Cookie import SimpleCookie
import requests

url_template = u'http://wiki.sverok.se/w/index.php?title={}&action=edit'

with open('cookie.txt') as fh:
    cookies = {k : v.value for k,v in SimpleCookie(fh.read()).items()}

Rembane

• ffffff-ffff, fff f fffffff
• ffff FFFF ffff FFFF ffff FFFF
• FFFFFFFFFF
• F
• fF
• fffff, fffff, fffff, F
• #ffffff
• #FFFFFF
• #fff
• #FFF

Rembane

import qualified Data.Vector as V

steppingPrimeGenerator :: (V.Vector Int, Int) -> (V.Vector Int, Int)
steppingPrimeGenerator (ps, x) | V.null $ V.filter ((==0) . (mod x)) ps = (V.snoc ps x, succ x)
                               | otherwise                              = (ps, succ x)

Rembane

li = [...]
try:
    while True:
        c = li.next()
        if condition(c):
            break

except StopIteration:
    # Not found...

Rembane

{-# LANGUAGE NoMonomorphismRestriction #-}
-- If we aren't careful, the monomorphism restriction will bite our backs.

module Magic where

magic :: (Monad m) => Int -> Int -> m Int
magic a b = return $ a + b
    
main = magic 7 3

Rembane

 O
-|-
|||
|||
 -
|||
| |
- -

http://www.youtube.com/watch?v=vTnSf8OjYQ0

Rembane

    # Lets build a dictionary of people, like this:
    names = [u'{} {}'.format(f.lower(),e.lower()) for (f,e) in Participant.objects.values_list('fname', 'ename').order_by('fname', 'ename')]
    autocompletion_tree = defaultdict(list)
    for (i,n) in enumerate(names):
        s = ''
        for c in n:
            s += c
            autocompletion_tree[s].append(i)

    # Purge it!