def test_cert_req_contents_unequal(self):
"""
Two CertificateRequest instances with unequal contents are not equal.
"""
cert_req1 = pem.CertificateRequest(b"test1")
cert_req2 = pem.CertificateRequest(b"test2")
assert cert_req1 != cert_req2
assert cert_req2 != cert_req1
def test_cert_reqs_equal(self):
"""
Two Certificate Request instances with equal contents are equal.
"""
cert_req1 = pem.CertificateRequest(b"test")
cert_req2 = pem.CertificateRequest(b"test")
assert cert_req1 == cert_req2
assert cert_req2 == cert_req1
assert hash(cert_req1) == hash(cert_req2)
def test_cert_req_has_correct_str(self):
"""
Calling str on a CertificateRequest instance returns the proper string.
"""
cert_req = pem.CertificateRequest(b"test")
assert str(cert_req) == "test"
def test_certificate_request_unicode(self):
"""
Passing unicode to CertificateRequest encodes the string as ASCII.
"""
cert_req = pem.CertificateRequest(u'a string')
assert cert_req.as_bytes() == b'a string'
assert str(cert_req) == 'a string'
def test_cert_req_has_correct_repr(self):
"""
Calling repr on a CertificateRequest instance returns the proper
string.
"""
cert_req = pem.CertificateRequest(b"test")
assert "<CertificateRequest({0})>".format(TEST_DIGEST) == repr(
cert_req)
def test_different_objects_unequal(self):
"""
Two PEM objects of different types but with equal contents are not
equal.
"""
cert = pem.Certificate(b"test")
cert_req = pem.CertificateRequest(b"test")
key = pem.Key(b"test")
rsa_key = pem.RSAPrivateKey(b"test")
assert cert != key
assert key != cert
assert cert != cert_req
assert cert_req != cert
assert key != rsa_key
assert rsa_key != key
def test_different_objects_unequal(self):
"""
Two PEM objects of different types but with equal contents are not
equal.
"""
c = b"test"
pems = [
pem.Certificate(c),
pem.CertificateRequest(c),
pem.Key(c),
pem.RSAPrivateKey(c),
pem.CertificateRevocationList(c),
]
for pem1, pem2 in combinations(pems, 2):
assert not pem1 == pem2
assert pem1 != pem2
