1
print "shit"

1
print shitfaced larry

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3
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5
def test(name):
        while(True):
                print name;
 
test("dog")

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5
def test(name):
        while(true):
                print name;
 
test("dog")

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4
def test(name):
        print "hello " + name
 
test("dog")

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2
word = 'assume'
print word

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9
def acha_posicao(carac,lab): 
        for i in range(len(lab)):
                for j in range(len(lab[0])):
                        if lab[i][j] == carac:
                                return (i,j)
def mov_inim(lin,col,c_l,c_c,lab):  
        lab[lin][col] = ' '
        lab[lin + c_l][col + c_c] = 'X'
        for lin in lab:
 ...

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3
4
def test():
        print "hello world"
 
test()

1
print "Hello world"

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9
import math
 
def isPrime(num): # Check if a given number is a prime
                                 # Using divison trial method
    square = math.sqrt(num)      # The square root is the ceiling of divisible numbers
    divisor = 2                  # Increments by one until it hits the square root
    if num == 1: return False
    while divisor <= square:
        if num % divisor == 0: # If theres no remainer than the number is not a prime
 ...

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9
while True:
    try:
        #print('Please enter a number') # 
        input = int(raw_input())
    except ValueError:
        #print('Error: only numbers are accepted')
        continue
    if input == 42:
        break
 ...

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4
while True:
    input = int(raw_input())
    if input == 42:
        break

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3
print "%s %20s" % ("fooo", "20")
print "%s %20s" % ("fo", "220")
print "%s %20s" % ("qewrwor", "0")

1
print "Hello World!"

1
 

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9
def eh_quadrado_magico(quadrado):
    if len(quadrado[0]) != len(quadrado):
        return False
 
    verifica = []
    for a in range(len(quadrado)):
        verifica += quadrado[a]
    if len(verifica) != set(verifica):
        return False
 ...

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2
import random
print random.randrange(1,100)

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2
import random
print random.randrange(1,226,1)

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2
import random
print random.random(1,100,1)

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2
import random
print random.random(1,100)

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9
def move_inimigo(labirinto):
    pegou = False
    def acha_posicao(jogador , labirinto):
        posicao = 0,0
        for i in range(len(labirinto)):
            for j in range(len(labirinto[i])):
                if labirinto[i][j] == jogador:
                    posicao = i, j
                    return posicao
 ...

1
print "Hello world"

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8
 
#### The function removes the word prefix until the first "["
def ignore_prefix(data):
    if data.count("[") >= 1:    
        return eval(data[data.index("["):])
    else:
        print "the data in each line should start with ["
        exit()
 ...

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2
x = 3
print(str(x) + "hello")

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6
import math
 
t = int(raw_input())
for i in xrange(t):
        n = int(raw_input())
        print str(math.factorial(n))

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9
def subset_sum_recursive(numbers,target,partial):
    s = sum(partial)
 
    #check if the partial sum is equals to target
    if s == target:
        if 9 in partial:
            if 18 in partial:
                if len(partial) == 6:
                    print "sum(%s)=%s"%(partial,target)
 ...

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2
3
barGay = {"polla","nabo","rabo","picha","minga","carajo","cipote","verga","chorizo","salchichon","cilindrin"}
for i in barGay:
        print "Hola guapo, quieres ver mi "+i+"?"

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9
def subset_sum_recursive(numbers,target,partial):
    s = sum(partial)
 
    #check if the partial sum is equals to target
    if s == target:
        if 9 in partial:
            if 18 in partial:
                if len(partial) == 8:
                    print "sum(%s)=%s"%(partial,target)
 ...

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3
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9
def subset_sum_recursive(numbers,target,partial):
    s = sum(partial)
 
    #check if the partial sum is equals to target
    if s == target:
        if 9 in partial:
            if 18 in partial:
                if len(partial) == 8:
                    print "sum(%s)=%s"%(partial,target)
 ...

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2
3
barGay = {"polla","nabo","rabo","picha","minga","carajo","cipote"}
for i in barGay:
        print "Hola guapo, quieres ver mi "+i+"?"