def test_write_key():
fd, name = tempfile.mkstemp()
os.close(fd)
try:
# ec key, unencrypted
key = sysca.new_ec_key()
open(name, 'wb').write(sysca.key_to_pem(key))
key2 = sysca.load_key(name)
assert_true(sysca.same_pubkey(key, key2))
# ec key, encrypted
key = sysca.new_ec_key()
open(name, 'wb').write(sysca.key_to_pem(key, 'password'))
assert_raises(TypeError, sysca.load_key, name)
assert_raises(ValueError, sysca.load_key, name, 'wrong')
key2 = sysca.load_key(name, 'password')
assert_true(sysca.same_pubkey(key, key2))
# rsa key, unencrypted
key = sysca.new_rsa_key()
open(name, 'wb').write(sysca.key_to_pem(key))
key2 = sysca.load_key(name)
assert_true(sysca.same_pubkey(key, key2))
# rsa key, encrypted
key = sysca.new_rsa_key()
open(name, 'wb').write(sysca.key_to_pem(key, 'password'))
assert_raises(TypeError, sysca.load_key, name)
assert_raises(ValueError, sysca.load_key, name, 'wrong')
key2 = sysca.load_key(name, 'password')
assert_true(sysca.same_pubkey(key, key2))
finally:
os.unlink(name)
def test_same_pubkey():
k1 = sysca.new_ec_key()
k2 = sysca.new_ec_key()
k3 = sysca.new_rsa_key()
k4 = sysca.new_rsa_key()
assert sysca.same_pubkey(k1, k1)
assert sysca.same_pubkey(k2, k2)
assert sysca.same_pubkey(k3, k3)
assert sysca.same_pubkey(k4, k4)
assert not sysca.same_pubkey(k1, k2)
assert not sysca.same_pubkey(k1, k3)
assert not sysca.same_pubkey(k3, k1)
assert not sysca.same_pubkey(k3, k4)
def test_same_pubkey():
k1 = sysca.new_ec_key()
k2 = sysca.new_ec_key()
k3 = sysca.new_rsa_key()
k4 = sysca.new_rsa_key()
assert_true(sysca.same_pubkey(k1, k1))
assert_true(sysca.same_pubkey(k2, k2))
assert_true(sysca.same_pubkey(k3, k3))
assert_true(sysca.same_pubkey(k4, k4))
assert_false(sysca.same_pubkey(k1, k2))
assert_false(sysca.same_pubkey(k1, k3))
assert_false(sysca.same_pubkey(k3, k1))
assert_false(sysca.same_pubkey(k3, k4))
def test_write_key():
fd, name = tempfile.mkstemp()
os.close(fd)
try:
# ec key, unencrypted
key = sysca.new_ec_key()
open(name, 'wb').write(sysca.key_to_pem(key))
key2 = sysca.load_key(name)
assert sysca.same_pubkey(key, key2)
# ec key, encrypted
key = sysca.new_ec_key()
open(name, 'wb').write(sysca.key_to_pem(key, 'password'))
with pytest.raises(TypeError):
sysca.load_key(name)
with pytest.raises(ValueError):
sysca.load_key(name, 'wrong')
key2 = sysca.load_key(name, 'password')
assert sysca.same_pubkey(key, key2)
# rsa key, unencrypted
key = sysca.new_rsa_key()
open(name, 'wb').write(sysca.key_to_pem(key))
key2 = sysca.load_key(name)
assert sysca.same_pubkey(key, key2)
# rsa key, encrypted
key = sysca.new_rsa_key()
open(name, 'wb').write(sysca.key_to_pem(key, 'password'))
with pytest.raises(TypeError):
sysca.load_key(name)
with pytest.raises(ValueError):
sysca.load_key(name, 'wrong')
key2 = sysca.load_key(name, 'password')
assert sysca.same_pubkey(key, key2)
finally:
os.unlink(name)
def test_sysca():
# create ca key and cert
ca_key = sysca.new_ec_key()
ca_pub_key = ca_key.public_key()
ca_info = sysca.CertInfo(subject={'CN': 'TestCA'}, ca=True)
ca_cert = sysca.create_x509_cert(ca_key, ca_pub_key, ca_info, ca_info, 365)
# srv key
srv_key = sysca.new_rsa_key()
srv_info = sysca.CertInfo(subject={'CN': 'Server1'})
srv_req = sysca.create_x509_req(srv_key, srv_info)
# ca signs
srv_info2 = sysca.CertInfo(load=srv_req)
srv_cert = sysca.create_x509_cert(ca_key, srv_req.public_key(), srv_info2, ca_info, 365)
def test_sysca():
# create ca key and cert
ca_key = sysca.new_ec_key()
ca_pub_key = ca_key.public_key()
ca_info = sysca.CertInfo(subject={'CN': 'TestCA'}, ca=True)
ca_cert = sysca.create_x509_cert(ca_key, ca_pub_key, ca_info, ca_info, 365)
# srv key
srv_key = sysca.new_rsa_key()
srv_info = sysca.CertInfo(subject={'CN': 'Server1'})
srv_req = sysca.create_x509_req(srv_key, srv_info)
# ca signs
srv_info2 = sysca.CertInfo(load=srv_req)
srv_cert = sysca.create_x509_cert(ca_key, srv_req.public_key(), srv_info2, ca_info, 365)
eq_(1, 1)