def test_sign_verify(self):
k = Keypair()
k.create()
data = "this is a test"
sig = k.sign_string(data)
print k.verify_string(data, sig)
def test_sign_verify(self):
k = Keypair()
k.create()
data = "this is a test"
sig = k.sign_string(data)
print k.verify_string(data, sig)
def testSaveLoadFile(self):
k = Keypair()
k.create()
k.save_to_file("test.key")
k2 = Keypair()
k2.load_from_file("test.key")
self.assertEqual(k.as_pem(), k2.as_pem())
def testSaveLoadFile(self):
k = Keypair()
k.create()
k.save_to_file("test.key")
k2 = Keypair()
k2.load_from_file("test.key")
self.assertEqual(k.as_pem(), k2.as_pem())
def test_is_signed_by(self):
cert1 = Certificate(subject="one")
key1 = Keypair()
key1.create()
cert1.set_pubkey(key1)
# create an issuer and sign the certificate
issuerKey = Keypair(create=True)
issuerSubject = "testissuer"
cert1.set_issuer(issuerKey, issuerSubject)
cert1.sign()
cert2 = Certificate(subject="two")
key2 = Keypair(create=True)
cert2.set_pubkey(key2)
cert2.set_issuer(key1, cert=cert1)
# cert2 is signed by cert1
self.assert_(cert2.is_signed_by_cert(cert1))
# cert1 is not signed by cert2
self.assert_(not cert1.is_signed_by_cert(cert2))
def test_get_openssl_pkey(self):
k = Keypair()
k.create()
pk = k.get_openssl_pkey()
self.assert_(pk != None)
def test_get_m2_pkey(self):
k = Keypair()
k.create()
m2 = k.get_m2_pkey()
self.assert_(m2 != None)
def testCreate(self):
k = Keypair()
k.create()
def test_get_openssl_pkey(self):
k = Keypair()
k.create()
pk = k.get_openssl_pkey()
self.assert_(pk != None)
def test_get_m2_pkey(self):
k = Keypair()
k.create()
m2 = k.get_m2_pkey()
self.assert_(m2 != None)
def testCreate(self):
k = Keypair()
k.create()
