def test_gen_primes():
"""See if it generates correctly the primes below 1000."""
etalon = fs.read_json(cfg.TEST_ASSETS_DIR + '/primes_below_1000.json')
#
li = []
primes = euler.gen_primes()
for p in primes:
if p > 1000:
break
li.append(p)
#
assert li == etalon
def test_gen_primes():
"""See if it generates correctly the primes below 1000."""
etalon = fs.read_json(cfg.TEST_ASSETS_DIR + '/primes_below_1000.json')
#
li = []
primes = euler.gen_primes()
for p in primes:
if p > 1000:
break
li.append(p)
#
assert li == etalon
def main():
d = fs.read_json(INPUT)
print_titles(d['for_business_cards'], 'Hacker Titles for Business Cards')
print
print_titles(d['not_really_for_business_cards'],
'And some more, not so suited for business cards')
def get_random_title():
"""Returns a random hacker title."""
d = fs.read_json(INPUT)
li = d['for_business_cards']
return choice(li)
def test_read_json(self):
d = fs.read_json(JSON)
assert d['name'] == 'Jabba Laci'
def get_random_title():
"""Returns a random hacker title."""
d = fs.read_json(INPUT)
li = d['for_business_cards']
return choice(li)
def main():
d = fs.read_json(INPUT)
print_titles(d['for_business_cards'], 'Hacker Titles for Business Cards')
print
print_titles(d['not_really_for_business_cards'], 'And some more, not so suited for business cards')
def test_read_json(self):
d = fs.read_json(JSON)
assert d['name'] == 'Jabba Laci'
