import timeit

REPETICION = 10000 # Establece el numero de veces que se ejecutara cada test

 timeit.timeit('c = 0; c += 1', number=REPETICION)

timeit.timeit('uuid.uuid1().hex', 'import uuid', number=REPETICION)

mkdir 'delete-after-test'

timeit.timeit("(fh, name) = tempfile.mkstemp(dir='./delete-after-test/', prefix='readme-',suffix='.txt');os.close(fh);", "import os; import tempfile", number=REPETICION)

timeit.timeit("'-'.join(path_completo.split('/'))", "path_completo = 'DirA/DirB/DirC/readme.txt'", number=REPETICION)

timeit.timeit("f_dic['key'] = f_dic['key'] + 1 if f_dic.has_key('key') else 0; sufijo = f_dic['key'];", "f_dic = {}", number=REPETICION)

import timeit_plot as tp

from matplotlib import pyplot as plt

%matplotlib inline

functions = ['c = 0; c += 1',
             'uuid.uuid1().hex',
             "(fh, name) = tempfile.mkstemp(dir='./delete-after-test/', prefix='readme-',suffix='.txt');os.close(fh);",
             "'-'.join(path_completo.split('/'))",
             "f_dic['key'] = f_dic['key'] + 1 if f_dic.has_key('key') else 0; sufijo = f_dic['key'];"]

setup_code = ['pass',
              'import uuid;',
              "import os; import tempfile;",
              "path_completo = 'DirA/DirB/DirC/readme.txt';",
              "f_dic = {}"]

data = tp.timeit_compare(functions, range(10,101,10), setups=setup_code, number=REPETICION)

tp.timeit_plot2D(data, 'list length', 'Comparacion')

functions = ['c = 0; c += 1',
             "'-'.join(path_completo.split('/'))",
             "f_dic['key'] = f_dic['key'] + 1 if f_dic.has_key('key') else 0; sufijo = f_dic['key'];"]

setup_code = ['pass',
              "path_completo = 'DirA/DirB/DirC/readme.txt';",
              "f_dic = {}"]

data = tp.timeit_compare(functions, range(10,101,10), setups=setup_code, number=REPETICION)

tp.timeit_plot2D(data, 'list lengt', 'Comparacion')