def test_duplicate_username_counter(self, filter):
filter = (filter.expects_call().returns_fake().expects('count')
.returns(1)
.next_call()
.returns(1)
.next_call()
.returns(0))
eq_(autocreate_username('existingname'), 'existingname3')
def test_too_many_tries(self, filter):
filter = filter.is_callable().returns_fake().provides("count").returns(1)
for i in range(3):
# Simulate existing username.
filter = filter.next_call().returns(1)
# Simulate available username.
filter = filter.next_call().returns(0)
# After the third try, give up, and generate a random string username.
un = autocreate_username("base")
assert not un.startswith("base"), "Unexpected: %s" % un
def test_too_many_tries(self, filter):
filter = (
filter.is_callable().returns_fake().provides('count').returns(1))
for i in range(3):
# Simulate existing username.
filter = filter.next_call().returns(1)
# Simulate available username.
filter = filter.next_call().returns(0)
# After the third try, give up, and generate a random string username.
un = autocreate_username('base')
assert not un.startswith('base'), 'Unexpected: %s' % un
def test_duplicate_username_counter(self, filter):
filter = (
filter.expects_call()
.returns_fake()
.expects("count")
.returns(1)
.next_call()
.returns(1)
.next_call()
.returns(0)
)
eq_(autocreate_username("existingname"), "existingname3")
def test_duplicate_django_username_counter(self, du, up):
up = up.expects_call().returns_fake().expects("count").returns(0)
du = (
du.expects_call()
.returns_fake()
.expects("count")
.returns(1)
.next_call()
.returns(1)
.next_call()
.returns(1)
.next_call()
.returns(0)
)
eq_(autocreate_username("existingname"), "existingname4")
def test_empty_username_is_a_random_hash(self):
un = autocreate_username('.+') # this shouldn't happen but it could!
assert len(un) and not un.startswith('.+'), 'Unexpected: %s' % un
def test_invalid_characters(self):
eq_(autocreate_username('testaccount+slug'), 'testaccountslug')
def test_duplicate_django_username_counter(self, du, up):
up = up.expects_call().returns_fake().expects('count').returns(0)
du = (du.expects_call().returns_fake().expects('count').returns(
1).next_call().returns(1).next_call().returns(
1).next_call().returns(0))
eq_(autocreate_username('existingname'), 'existingname4')
def test_too_long(self):
un = autocreate_username('f' + 'u' * 255)
assert not un.startswith('fuuuuuuuuuuuuuuuuuu'), 'Unexpected: %s' % un
def test_blacklisted(self):
BlacklistedUsername.objects.create(username='******')
un = autocreate_username('firefox')
assert un != 'firefox', 'Unexpected: %s' % un
def test_empty_username_is_a_random_hash(self):
un = autocreate_username('.+') # this shouldn't happen but it could!
assert len(un) and not un.startswith('.+'), 'Unexpected: %s' % un
def test_invalid_characters(self):
eq_(autocreate_username('testaccount+slug'), 'testaccountslug')
def test_too_long(self):
un = autocreate_username('f' + 'u' * 255)
assert not un.startswith('fuuuuuuuuuuuuuuuuuu'), 'Unexpected: %s' % un
def test_blacklisted(self):
BlacklistedName.objects.create(name='firefox')
un = autocreate_username('firefox')
assert un != 'firefox', 'Unexpected: %s' % un
def test_too_long(self):
un = autocreate_username("f" + "u" * 255)
assert not un.startswith("fuuuuuuuuuuuuuuuuuu"), "Unexpected: %s" % un
def test_blacklisted(self):
BlacklistedUsername.objects.create(username="******")
un = autocreate_username("firefox")
assert un != "firefox", "Unexpected: %s" % un
