Xavier Combelle xcombelle

## classes.py
print("BEFORE")

def creer_classes(eleves_tries):
   taille_classe = len(eleves_tries)//3
   return ( eleves_tries[:taille_classe],eleves_tries[taille_classe:2*taille_classe],eleves_tries[2*taille_classe:])


print(creer_classes([]))
print(creer_classes([0]))
print(creer_classes([0,1,2]))

## example.html
[<!DOCTYPE html>]
[<html>]
for item in itemlist:
    [<li>{item}</li>]
[</html>]
[<!-- tout ce qui se trouve entre crochet est ajouté au template, le reste s'execute come code executabel standard-->]

## risk.py
from itertools import product

dices=[range(1,7),range(1,7),range(1,7),range(1,7),range(1,7)]
wins={0:0,1:0,2:0}
C = 0
for a,b,c,d,e in product(*dices):
    n=0;
    d,e =sorted([d,e])
    A,B = sorted([a,b,c],reverse=True)[:2]
    if A>e:

## tes.txt
// Define the two rotations as quaternions
Quaternion rotation1 = Quaternion.Euler(x1, y1, z1); // First rotation
Quaternion rotation2 = Quaternion.Euler(x2, y2, z2); // Second rotation

// Combine the rotations
Quaternion combinedRotation = rotation1 * rotation2;

// Apply the combined rotation to the object's transform
transform.rotation = combinedRotation;

## asyouprefer.pseudocode

# pseudo code de ton traitement
################################

read_record:
      for line in fichier():
           records.append(scanf(line))

partie1:
    for record in records():

## withmain.py
def main():


	from time import time as t


	t1=t()


	for i in range(1_000_000_000):

## test.js
var win=0;for(var i=0;i<10*1000*1000;i++){if(Math.random()*100<=0.01){win++;};};console.log(win/(10*1000*1000));

## count.py
from collections import Counter

words = "le petit chat est mort le gros chien est rassasié".split()
count=Counter(words )
print(count.most_common())

# resultat
# [('le', 2), ('est', 2), ('petit', 1), ('chat', 1), ('mort', 1), ('gros', 1), ('chien', 1), ('rassasié', 1)]

## vaccum-maintenance.sh
#!/bin/bash

set -eu

echo "Scanning for sqlite databases..."
find \
  ~\

  -type f '(' -iname '*.sqlite' -o -iname '*.db' ')' \
  -print0 | while read -r -d $'\0' filename; do

## mailman_pattern.py
import re
import sys
def e(arg):
    return re.escape(arg)
def any(arg):
    return "("+"|".join(map(re.escape,arg.split()))+")"
def non_space():
    return r"\S+"
def spaced(*args):
    return "\s+".join(args)
	print("BEFORE")

	def creer_classes(eleves_tries):
	taille_classe = len(eleves_tries)//3
	return ( eleves_tries[:taille_classe],eleves_tries[taille_classe:2taille_classe],eleves_tries[2taille_classe:])


	print(creer_classes([]))
	print(creer_classes([0]))
	print(creer_classes([0,1,2]))
	[<!DOCTYPE html>]
	[<html>]
	for item in itemlist:
	[<li>{item}</li>]
	[</html>]
	[<!-- tout ce qui se trouve entre crochet est ajouté au template, le reste s'execute come code executabel standard-->]
	from itertools import product

	dices=[range(1,7),range(1,7),range(1,7),range(1,7),range(1,7)]
	wins={0:0,1:0,2:0}
	C = 0
	for a,b,c,d,e in product(*dices):
	n=0;
	d,e =sorted([d,e])
	A,B = sorted([a,b,c],reverse=True)[:2]
	if A>e:
	// Define the two rotations as quaternions
	Quaternion rotation1 = Quaternion.Euler(x1, y1, z1); // First rotation
	Quaternion rotation2 = Quaternion.Euler(x2, y2, z2); // Second rotation

	// Combine the rotations
	Quaternion combinedRotation = rotation1 * rotation2;

	// Apply the combined rotation to the object's transform
	transform.rotation = combinedRotation;

	# pseudo code de ton traitement
	################################

	read_record:
	for line in fichier():
	records.append(scanf(line))

	partie1:
	for record in records():
	def main():


	from time import time as t


	t1=t()


	for i in range(1_000_000_000):
	from collections import Counter

	words = "le petit chat est mort le gros chien est rassasié".split()
	count=Counter(words )
	print(count.most_common())

	# resultat
	# [('le', 2), ('est', 2), ('petit', 1), ('chat', 1), ('mort', 1), ('gros', 1), ('chien', 1), ('rassasié', 1)]
	#!/bin/bash

	set -eu

	echo "Scanning for sqlite databases..."
	find \
	~\

	-type f '(' -iname '.sqlite' -o -iname '.db' ')' \
	-print0 \| while read -r -d $'\0' filename; do
	import re
	import sys
	def e(arg):
	return re.escape(arg)
	def any(arg):
	return "("+"\|".join(map(re.escape,arg.split()))+")"
	def non_space():
	return r"\S+"
	def spaced(*args):
	return "\s+".join(args)