def test_cn_invalid_certificate(self, fake_read, fake_valid):
fake_read.return_value = CERTIFICATE
fake_valid.return_value = False
bundle = Bundle('')
cn = bundle.cn()
fake_valid.assert_called_with()
self.assertTrue(cn is None)
def test_cn_invalid_certificate(self, fake_read, fake_valid):
fake_read.return_value = CERTIFICATE
fake_valid.return_value = False
bundle = Bundle('')
cn = bundle.cn()
fake_valid.assert_called_with()
self.assertTrue(cn is None)
def test_cn(self, fake_read, fake_valid):
fake_read.return_value = CERTIFICATE
fake_valid.return_value = True
bundle = Bundle('')
cn = bundle.cn()
fake_valid.assert_called_with()
fake_read.assert_called_with()
self.assertEqual(cn, 'localhost')
def test_cn(self, fake_read, fake_valid):
fake_read.return_value = CERTIFICATE
fake_valid.return_value = True
bundle = Bundle('')
cn = bundle.cn()
fake_valid.assert_called_with()
fake_read.assert_called_with()
self.assertEqual(cn, 'localhost')
def cn(self):
"""
Get the common name (CN) part of the certificate subject.
Returns None, if the certificate is invalid.
:return The common name (CN) part of the certificate subject or None when
the certificate is not found or invalid.
:rtype: str
"""
try:
return Bundle.cn(self)
except X509Error:
log.warn('certificate: %s, not valid', self.path)
