def test_complex_name():
n = Name.parse("JOHN ALLEN Q DE LA MACDONALD JR")
assert n.given_name == 'John'
assert n.surname == 'de la MacDonald'
assert n.suffix == 'Jr.'
assert n.display_full == 'John Allen Q. de la MacDonald, Jr.'
assert n.display_first_last == 'John de la MacDonald'
assert n.display_initial_surname == 'J. de la MacDonald'
assert n.length == len('John Allen Q. de la MacDonald, Jr.')
def test_simple_name():
n = Name.parse("Jane Doe")
assert n.given_name == 'Jane'
assert n.surname == 'Doe'
assert n.middle_names is None
assert n.suffix is None
assert n.display_full == 'Jane Doe'
assert n.display_first_last == 'Jane Doe'
assert n.display_initial_surname == 'J. Doe'
assert n.goes_by_middle_name is False
assert n.length == 8
def test_no_memory_leak():
import gc
import os
def rss():
gc.collect()
out = os.popen("ps -o rss= -p %d" % os.getpid()).read()
return int(out.strip())
before = rss()
for _ in range(100000):
n = Name.parse("Reallyverylongfirstname Reallyverylonglastname")
n.given_name
n.surname
after = rss()
assert after < 1.25 * before
def test_matches_slug_or_localpart_nonmatching():
assert not Name.parse("Jane Doe").matches_slug_or_localpart('johnxdoe')
def test_matches_slug_or_localpart_matching():
assert Name.parse("Jane Doe").matches_slug_or_localpart('janexdoe')
def test_hash_different_surnames():
assert hash(Name.parse("Jane Doe")) != hash(Name.parse("Jane Dee"))
def test_hash_consistent():
assert hash(Name.parse("Jane Doe")) == hash(Name.parse("J. Doe"))
def test_hash_identical():
assert hash(Name.parse("Jane Doe")) == hash(Name.parse("Jane Doe"))
def test_equality_inconsistent():
assert Name.parse("Jane Doe") != Name.parse("John Doe")
def test_equality_consistent():
assert Name.parse("Jane Doe") == Name.parse("J. Doe")
def test_equality_identical():
assert Name.parse("Jane Doe") == Name.parse("Jane Doe")
def test_non_utf8():
string = u"Björn O'Malley-Muñoz".encode("ISO-8859-1").decode("ISO-8859-1")
n = Name.parse(string)
assert n.given_name == u"Björn" # Normalized NFKD
assert n.surname == u"O'Malley-Muñoz" # Normalized NFKD
def test_failure():
assert Name.parse('nope') is None
def parse_all():
for string in names:
n = Name.parse(string)
if n is not None:
n.surname
