Sasszem

import random
import timeit

def setup_map(data, num):
    for _ in range(num):
        data[random.random()] = random.random()

map = {}
setup_map(map, 100000)

Sasszem

import timeit
def fib(n):
    if n==1 or n==2:
        return 1
    return fib(n-1) + fib(n-2)

print(timeit.timeit("fib(10)", "from __main__ import fib", number=1, ))
print(timeit.timeit("fib(20)", "from __main__ import fib", number=1, ))
print(timeit.timeit("fib(30)", "from __main__ import fib", number=1, ))
print(timeit.timeit("fib(40)", "from __main__ import fib", number=1, ))

Sasszem

def swap(char):
    return chr(swap_ascii(ord(char)))
def swap_ascii(code):
    if code>=65 and code<=90:
        return 155-code
        # 90 - (code-65) = 90+65-code = 115-code
    elif code>=97 and code<=122:
        return 219-code
        # similarly from 112-(code-97)

Sasszem

import random

# gyors kombinatorikai modell a 10 élre
all_edges = [(i, j) for i in range(5) for j in range(5) if i!=j and i<j]

def negyszog_e(elek):
    # akkor négyszög ha a négy él négy csúcsot ad meg és minden csúcs fokszáma 2
    pontok = {}
    for i,j in elek:
        pontok[i] = pontok.get(i, 0) + 1

Sasszem

#######
# Map #
#######


        #########
        #Key A  #
        #      2#
############# ###

Sasszem

# a *very simple* text adventure game in python
# to practice control flow statements
# only contains IF-ELSE, WHILE statements, STRING, INTEGER and BOOL variables
# INPUT and PRINT

#######
# Map #
#######

Sasszem

local NUM_TO_CALC = 10

print("Fib1 - uses 'brute-force recursive method':")
print("-------------------------------------------")

local called = {}
-- hashmap to store call statistics

local function fib(n, depth)
	depth = depth or 1

Sasszem

from sys import stdin, stdout


def readTree(numNodes):
    """Does what it says on the box.
       The tree is stored like tree[n] = [...], the list of the child nodes of node n"""
    nodes = {}
    for i in range(1,numNodes+1):
        # Why would I write readable code?
        nodes[i] = list(map(int,stdin.readline().strip().split()[:-1]))

Sasszem

import json
import struct

import array


def _toBytes(list):
    return array.array('B', list).tostring()
def _toId(int):
    return _toBytes((int %256, int//256))

Sasszem

# -*- coding: utf-8 -*-
from OpenGL.GL import *
from array import array

glEnableClientState(GL_VERTEX_ARRAY)
class Primitive():
  def __init__(self,vert,colors,colors2,drawMode,ind,x=0,y=0,z=0,s=0,rX=0,rY=0,rZ=0,sX=1,sY=1,sZ=1):
    #Csúcstömbadatok tárolása/Storing vertex-data
    self.vert=array('f',list(vert))
    self.vert=glGenBuffers(1)