def testItShouldCreateACertificate(self):
ca = CA()
ca.create_ca()
key, certificate = ca.create_certificate()
assert isinstance(key, OpenSSL.crypto.PKey)
assert isinstance(certificate, OpenSSL.crypto.X509)
def testItShouldCreateACertificate(self):
ca = CA()
ca.create_ca()
key, certificate = ca.create_certificate()
assert isinstance(key, OpenSSL.crypto.PKey)
assert isinstance(certificate, OpenSSL.crypto.X509)
def testItShouldLoadACA(self):
old_ca = CA()
old_ca.create_ca()
key_pem = CA.pkey_to_pem(old_ca.ca_key)
cert_pem = CA.certificate_to_pem(old_ca.ca_cert)
ca = CA()
assert ca.load(key_pem, cert_pem)
def testItShouldLoadACA(self):
old_ca = CA()
old_ca.create_ca()
key_pem = CA.pkey_to_pem(old_ca.ca_key)
cert_pem = CA.certificate_to_pem(old_ca.ca_cert)
ca = CA()
assert ca.load(key_pem, cert_pem)
def testItShouldHaveACAAfterLoading(self):
old_ca = CA()
old_ca.create_ca()
key_pem = CA.pkey_to_pem(old_ca.ca_key)
cert_pem = CA.certificate_to_pem(old_ca.ca_cert)
ca = CA()
ca.load(key_pem, cert_pem)
assert ca.has_ca()
def testItShouldHaveACAAfterLoading(self):
old_ca = CA()
old_ca.create_ca()
key_pem = CA.pkey_to_pem(old_ca.ca_key)
cert_pem = CA.certificate_to_pem(old_ca.ca_cert)
ca = CA()
ca.load(key_pem, cert_pem)
assert ca.has_ca()
def testItShouldNotLoadACAFromInvalidKeyMaterial(self):
old_ca = CA()
old_ca.create_ca()
key_pem = CA.pkey_to_pem(old_ca.ca_key)
old_ca.create_ca()
cert_pem = CA.certificate_to_pem(old_ca.ca_cert)
ca = CA()
assert not ca.load(key_pem, cert_pem)
assert not ca.has_ca()
def testItShouldNotLoadACAFromInvalidKeyMaterial(self):
old_ca = CA()
old_ca.create_ca()
key_pem = CA.pkey_to_pem(old_ca.ca_key)
old_ca.create_ca()
cert_pem = CA.certificate_to_pem(old_ca.ca_cert)
ca = CA()
assert not ca.load(key_pem, cert_pem)
assert not ca.has_ca()
def testTheCAKeyMaterialShouldBeValid(self):
ca = CA()
ca.create_ca()
ctx = OpenSSL.SSL.Context(OpenSSL.SSL.TLSv1_METHOD)
ctx.use_privatekey(ca.ca_key)
ctx.use_certificate(ca.ca_cert)
try:
ctx.check_privatekey()
except OpenSSL.SSL.Error:
assert False, "key does not match certificate"
except:
pass
def testTheCAKeyMaterialShouldBeValid(self):
ca = CA()
ca.create_ca()
ctx = OpenSSL.SSL.Context(OpenSSL.SSL.TLSv1_METHOD)
ctx.use_privatekey(ca.ca_key)
ctx.use_certificate(ca.ca_cert)
try:
ctx.check_privatekey()
except OpenSSL.SSL.Error:
assert False, "key does not match certificate"
except:
pass
def testItShouldHaveACAAfterCreation(self):
ca = CA()
ca.create_ca()
assert ca.has_ca()
def testItShouldGetTheCAPrivateKey(self):
ca = CA()
ca.create_ca()
assert isinstance(ca.ca_key, OpenSSL.crypto.PKey)
def testItShouldSerializeACertificateToPEM(self):
ca = CA()
ca.create_ca()
assert CA.certificate_to_pem(ca.ca_cert).find("CERTIFICATE") >= 0
def testItShouldSerializeAPrivateKeyToPEM(self):
ca = CA()
ca.create_ca()
assert CA.pkey_to_pem(ca.ca_key).find("PRIVATE KEY") >= 0
def testItShouldGetTheCAPrivateKey(self):
ca = CA()
ca.create_ca()
assert isinstance(ca.ca_key, OpenSSL.crypto.PKey)
def testItShouldCreateACA(self):
ca = CA()
assert ca.create_ca()
def testItShouldHaveACAAfterCreation(self):
ca = CA()
ca.create_ca()
assert ca.has_ca()
def testItShouldSerializeAPrivateKeyToPEM(self):
ca = CA()
ca.create_ca()
assert CA.pkey_to_pem(ca.ca_key).find("PRIVATE KEY") >= 0
def testItShouldCreateACA(self):
ca = CA()
assert ca.create_ca()
def testItShouldSerializeACertificateToPEM(self):
ca = CA()
ca.create_ca()
assert CA.certificate_to_pem(ca.ca_cert).find("CERTIFICATE") >= 0
def testItShouldGetTheCACertificate(self):
ca = CA()
ca.create_ca()
assert isinstance(ca.ca_cert, OpenSSL.crypto.X509)
def testItShouldGetTheCACertificate(self):
ca = CA()
ca.create_ca()
assert isinstance(ca.ca_cert, OpenSSL.crypto.X509)