def test_not_really_random():
# If your xkcd-style password comes out like this, maybe you shouldn't
# use it
assert random_words(nwords=4, lang='en', bits_per_word=0) == 'the the the the'
# This not only tests random_ascii_words, it makes sure we didn't end
# up with 'eos' as a very common Japanese word
assert random_ascii_words(nwords=4, lang='ja', bits_per_word=0) == '00 00 00 00'
def test_not_really_random():
# If your xkcd-style password comes out like this, maybe you shouldn't
# use it
eq_(random_words(nwords=4, lang="en", bits_per_word=0), "the the the the")
# This not only tests random_ascii_words, it makes sure we didn't end
# up with 'eos' as a very common Japanese word
eq_(random_ascii_words(nwords=4, lang="ja", bits_per_word=0), "rt rt rt rt")
def test_not_really_random():
# If your xkcd-style password comes out like this, maybe you shouldn't
# use it
eq_(random_words(nwords=4, lang='en', bits_per_word=0), 'the the the the')
# This not only tests random_ascii_words, it makes sure we didn't end
# up with 'eos' as a very common Japanese word
eq_(random_ascii_words(nwords=4, lang='ja', bits_per_word=0), '1 1 1 1')
def get_word_pair(language):
lang = lang_dict[language]
try:
lang_word = wordfreq.random_words(lang, nwords=1)
while lang_word is None:
lang_word = wordfreq.random_words(lang, nwords=1)
eng_word = translator.translate(lang_word, src=lang, dest='en').text
# Recursion happening here
if len(lang_word) > 10 or len(eng_word) > 10 or (len(lang_word) == 1 and len(eng_word) == 1) \
or (language != "English" and lang_word == eng_word) or lang_word[0].isupper():
lang_word, eng_word = get_word_pair(language)
except:
with open("words.pkl", "rb") as f:
dictionary = pickle.load(f)
lang_word, eng_word = random.choice(dictionary[language])
return lang_word, eng_word
def create_local_file(num):
save_dict = {}
for language, lang in lang_dict.items():
save_dict[language] = []
for j in range(num):
lang_word = wordfreq.random_words(lang, nwords=1)
while lang_word is None:
lang_word = wordfreq.random_words(lang, nwords=1)
eng_word = translator.translate(lang_word, src=lang,
dest='en').text
# Recursion happening here
if len(lang_word) > 10 or len(eng_word) > 10 or (len(lang_word) == 1 and len(eng_word) == 1) \
or (language != "English" and lang_word == eng_word) or lang_word[0].isupper():
lang_word, eng_word = get_word_pair(language)
save_dict[language].append((lang_word, eng_word))
with open("words.pkl", "wb") as f:
pickle.dump(save_dict, f)
import random
from wordfreq import random_words
BAD_COMMON_WORDS = [
'entertainment', 'internet', 'advertising', 'retail', 'insurance',
'software', 'clothing', 'music', 'film', 'restaurants', 'social',
'industry', 'security', 'manufacturing', 'engineering', 'transport',
'construction', 'mining', 'defence'
]
COMMON_WORDS = list(
set(random_words(lang='en', wordlist='best', nwords=100000).split(' ')))
for bw in BAD_COMMON_WORDS:
COMMON_WORDS.remove(bw)
from names_dataset import NameDataset
d = NameDataset()
NAMES = list(d.first_names)
SURNAMES = list(d.last_names)
ALPHABET = [
'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o',
'p', 'q', 'r', 's', 't', 'u', 'v', 'x', 'y', 'z', ' ', ' ', ' ', ' '
]
def get_placeholder(size):
return ''.join(random.choices(ALPHABET, k=size))
def get_bool_rand():
return random.choice([True, False])