import time

a = 2 + 5
b = (a*10)+50
print(b, time.clock())

from threading import *
import random
a = 2 + 5
def print_b():
    b = (a*10)+50
    print b 
    
t=Timer(random.random()*10,print_b)
t.start()

# Импорт Функции 1
from iterativ import iterativ
# Импорт Функции 2
from rekursiv import rekursiv
from time import clock

start1 = clock()
test1 = iterativ(25, 10)
end1 = clock()

start2 = clock()
test2 = rekursiv(25, 10)
end2 = clock()

print("Result (iterativ): ", test1, "\nDie Funktion lief %1.10f Sekunden" % (end1 - start1))
print("\nResult (rekursiv): ", test2, "\nDie Funktion lief %1.10f Sekunden" % (end2 - start2))

import time

def time_bike (func): 
    def time_gear(*arg_list, **arg_dict):
        take_the_mark = time.clock()
        func(*arg_list, **arg_dict)
        halt = time.clock()
        time_gear.my_record = halt - take_the_mark
    return time_gear

if __name__ == '__main__' :
    @time_bike
    def any_func(x):
        return range(x)
    
    any_func(1000000)
    print any_func.my_record
    
    class AnyClass : 
        @time_bike
        def any_method(self,x):
            return range(x)
    
    inst = AnyClass()
    inst.any_method(1000000)
    print inst.any_method.my_record