def get_cert_keystore(cert):
if not hasattr(
cert,
"keystore") or not cert.keystore.crt or not cert.keystore.key:
raise KeyStore.DoesNotExist(
"Certificate has no cert/key, "
"something went wrong during generation")
return {
"crt": cert.keystore.crt,
"key": cert.keystore.key,
"p12": cert.keystore.p12
}
def test_generate_server_certificate_parent_server_cert(self):
server_subject = DistinguishedNameFactory(subjectAltNames=None)
certificate = CertificateFactory(
type=CertificateTypes.SERVER_CERT,
name="test_generate_server_certificate_parent_server_cert_1",
parent=self.int_certificate,
dn=server_subject,
crl_distribution_url=None,
ocsp_distribution_host=None,
)
with mute_signals(signals.post_save):
certificate.save()
certhandler = Certificate()
certhandler.create_certificate(certificate, self.key.serialize())
keystore = KeyStore(certificate=certificate)
keystore.crt = certhandler.serialize()
keystore.key = self.key.serialize()
keystore.save()
server_subject = DistinguishedNameFactory()
with self.assertRaises(CertificateError) as context:
certificate_request = CertificateFactory(
type=CertificateTypes.SERVER_CERT,
name="test_generate_server_certificate_parent_server_cert_2",
parent=certificate,
dn=server_subject,
)
certhandler = Certificate()
certhandler.create_certificate(certificate_request,
self.key.serialize())
self.assertEqual("A root or intermediate parent is expected",
str(context.exception))
def test_revocation_list_builder_one_cert_passphrase(self):
subject = DistinguishedNameFactory(
countryName=self.root_certificate.dn.countryName,
stateOrProvinceName=self.root_certificate.dn.stateOrProvinceName,
organizationName=self.root_certificate.dn.organizationName,
commonName="BounCA test Int passphrase CA",
)
int_certificate = CertificateFactory(
expires_at=arrow.get(timezone.now()).shift(days=+5).date(),
name="test_server_intermediate_certificate_pass",
type=CertificateTypes.INTERMEDIATE,
parent=self.root_certificate,
dn=subject,
)
with mute_signals(signals.post_save):
int_certificate.save()
int_key = Key().create_key("rsa", 4096)
int_certhandler = Certificate()
int_certhandler.create_certificate(int_certificate,
int_key.serialize())
keystore = KeyStore(certificate=int_certificate)
keystore.crt = int_certhandler.serialize()
keystore.key = int_key.serialize(passphrase="testphrase")
keystore.save()
crl = revocation_list_builder([], int_certificate, "testphrase")
self.assert_subject(crl.issuer, int_certificate)
def test_generate_intermediate_certificate_passphrase(self):
root_key = Key().create_key("ed25519", None)
root_certificate = CertificateFactory(
expires_at=arrow.get(timezone.now()).shift(days=+3).date(),
name="root_test_generate_intermediate_certificate_passphrase",
)
with mute_signals(signals.post_save):
root_certificate.save()
root_certhandler = Certificate()
root_certhandler.create_certificate(
root_certificate,
root_key.serialize(passphrase="SecretRootPP"),
passphrase="SecretRootPP")
keystore = KeyStore(certificate=root_certificate)
keystore.crt = root_certhandler.serialize()
keystore.key = root_key.serialize(passphrase="SecretRootPP")
keystore.save()
subject = DistinguishedNameFactory(
countryName=root_certificate.dn.countryName,
stateOrProvinceName=root_certificate.dn.stateOrProvinceName,
organizationName=root_certificate.dn.organizationName,
localityName=root_certificate.dn.localityName,
)
certificate_request = CertificateFactory(
type=CertificateTypes.INTERMEDIATE,
name="test_generate_intermediate_certificate_passphrase",
parent=root_certificate,
dn=subject,
)
certhandler = Certificate()
certhandler.create_certificate(
certificate_request,
self.key.serialize(passphrase="SecretPP"),
passphrase="SecretPP",
passphrase_issuer="SecretRootPP",
)
crt = certhandler.certificate
# subject
self.assert_subject(crt.subject, certificate_request)
self.assertEqual(
subject.localityName,
crt.subject.get_attributes_for_oid(NameOID.LOCALITY_NAME)[0].value)
# issuer
self.assert_subject(crt.issuer, root_certificate)
self.assertEqual(
subject.localityName,
crt.subject.get_attributes_for_oid(NameOID.LOCALITY_NAME)[0].value)
def test_parent_object_not_set(self):
subject = DistinguishedNameFactory(
countryName=self.root_certificate.dn.countryName,
stateOrProvinceName=self.root_certificate.dn.stateOrProvinceName,
organizationName=self.root_certificate.dn.organizationName,
localityName=self.root_certificate.dn.localityName,
commonName="ca test repleo",
)
root_certificate = CertificateFactory(
expires_at=arrow.get(timezone.now()).shift(days=+3).date(),
name="root_test_parent_object_not_set",
dn=subject,
)
with mute_signals(signals.post_save):
root_certificate.save()
certificate = Certificate()
certificate.create_certificate(root_certificate,
self.root_key.serialize())
keystore = KeyStore(certificate=root_certificate)
keystore.crt = ""
keystore.key = self.root_key.serialize()
keystore.save(full_clean=False)
key = Key().create_key("ed25519", None)
subject_int = DistinguishedNameFactory(
countryName=self.root_certificate.dn.countryName,
stateOrProvinceName=self.root_certificate.dn.stateOrProvinceName,
organizationName=self.root_certificate.dn.organizationName,
localityName=self.root_certificate.dn.localityName,
commonName="ca int test repleo",
)
certificate = CertificateFactory(
type=CertificateTypes.INTERMEDIATE,
name="test_parent_object_not_set",
parent=root_certificate,
dn=subject_int,
)
with self.assertRaises(RuntimeError) as context:
certhandler = Certificate()
certhandler.create_certificate(certificate, key.serialize())
self.assertEqual("Parent certificate object has not been set",
str(context.exception))
def test_generate_intermediate_certificate_passphrase_wrong_issuer_passphrase(
self):
root_key = Key().create_key("ed25519", None)
root_certificate = CertificateFactory(
expires_at=arrow.get(timezone.now()).shift(days=+3).date(),
name="root_test_certificate_passphrase_wrong_issuer_passphrase",
)
with mute_signals(signals.post_save):
root_certificate.save()
root_certhandler = Certificate()
root_certhandler.create_certificate(
root_certificate,
root_key.serialize(passphrase="SecretRootPP"),
passphrase="SecretRootPP")
keystore = KeyStore(certificate=root_certificate)
keystore.crt = root_certhandler.serialize()
keystore.key = root_key.serialize(passphrase="SecretRootPP")
keystore.save()
subject = DistinguishedNameFactory(
countryName=root_certificate.dn.countryName,
stateOrProvinceName=root_certificate.dn.stateOrProvinceName,
organizationName=root_certificate.dn.organizationName,
)
certificate = CertificateFactory(
type=CertificateTypes.INTERMEDIATE,
name="test_certificate_passphrase_wrong_issuer_passphrase",
parent=root_certificate,
dn=subject,
)
certhandler = Certificate()
with self.assertRaisesMessage(
PassPhraseError,
"Bad passphrase, could not decode issuer key"):
certhandler.create_certificate(
certificate,
self.key.serialize(passphrase="SecretPP"),
passphrase="SecretPP",
passphrase_issuer="SecretRootPPInvalid",
)
def setUpTestData(cls):
with mute_signals(signals.post_save):
cls.root_key = Key().create_key("rsa", 4096)
subject = DistinguishedNameFactory(
countryName="NL",
stateOrProvinceName="Noord Holland",
organizationName="Repleo")
cls.root_certificate = CertificateFactory(
dn=subject,
expires_at=arrow.get(timezone.now()).shift(days=+3).date())
cls.root_certificate.save()
certificate = Certificate()
key = cls.root_key.serialize()
certificate.create_certificate(cls.root_certificate, key)
keystore = KeyStore(certificate=cls.root_certificate)
keystore.crt = certificate.serialize()
keystore.key = key
keystore.save()
cls.key = Key().create_key("rsa", 4096)
def setUpTestData(cls):
cls.root_key = Key().create_key("rsa", 4096)
subject = DistinguishedNameFactory(
countryName="NL",
stateOrProvinceName="Noord Holland",
organizationName="Repleo",
commonName="BounCA test CA",
)
cls.root_certificate = CertificateFactory(
dn=subject,
name="test_server_root_certificate",
expires_at=arrow.get(timezone.now()).shift(days=+30).date())
with mute_signals(signals.post_save):
cls.root_certificate.save()
root_certhandler = Certificate()
root_certhandler.create_certificate(cls.root_certificate,
cls.root_key.serialize())
keystore = KeyStore(certificate=cls.root_certificate)
keystore.crt = root_certhandler.serialize()
keystore.key = cls.root_key.serialize()
keystore.save()
def test_serialize_pkcs12_cas_nopassphrase(self):
root_key = Key().create_key("ed25519", None)
subject = DistinguishedNameFactory(countryName="NL",
stateOrProvinceName="Noord Holland",
organizationName="Repleo")
root_certificate = CertificateFactory(
dn=subject,
name="test_server_root_certificate",
expires_at=arrow.get(timezone.now()).shift(days=+30).date())
with mute_signals(signals.post_save):
root_certificate.save()
root_certhandler = Certificate()
root_certhandler.create_certificate(root_certificate,
root_key.serialize())
keystore = KeyStore(certificate=root_certificate)
keystore.crt = root_certhandler.serialize()
keystore.key = root_key.serialize()
keystore.save()
int_key = Key().create_key("rsa", 2048)
subject = DistinguishedNameFactory(
countryName=root_certificate.dn.countryName,
stateOrProvinceName=root_certificate.dn.stateOrProvinceName,
organizationName=root_certificate.dn.organizationName,
)
int_certificate = CertificateFactory(
expires_at=arrow.get(timezone.now()).shift(days=+5).date(),
name="test_server_intermediate_certificate",
type=CertificateTypes.INTERMEDIATE,
parent=root_certificate,
dn=subject,
crl_distribution_url="https://example.com/crl/cert.crl.pem",
ocsp_distribution_host="https://example.com/ocsp/",
)
with mute_signals(signals.post_save):
int_certificate.save()
int_certhandler = Certificate()
int_certhandler.create_certificate(int_certificate,
int_key.serialize())
keystore = KeyStore(certificate=int_certificate)
keystore.crt = int_certhandler.serialize()
keystore.key = int_key.serialize()
keystore.save()
pkcs12 = int_key.serialize_pkcs12("test_pkcs12_cas",
int_certhandler.certificate,
cas=[root_certhandler.certificate])
pkcs12_obj = load_pkcs12(pkcs12, None)
self.assertEqual(pkcs12_obj.key.key_size, 2048)
self.assertEqual(pkcs12_obj.cert.friendly_name.decode("utf-8"),
"test_pkcs12_cas")
self.assertEqual(pkcs12_obj.cert.certificate.serial_number,
int_certhandler.certificate.serial_number)
self.assertEqual(
pkcs12_obj.additional_certs[0].certificate.serial_number,
root_certhandler.certificate.serial_number)
def setUpTestData(cls):
cls.root_key = Key().create_key("ed25519", None)
subject = DistinguishedNameFactory(countryName="NL",
stateOrProvinceName="Noord Holland",
organizationName="Repleo")
cls.root_certificate = CertificateFactory(
dn=subject,
name="test client root certificate",
expires_at=arrow.get(timezone.now()).shift(days=+30).date())
with mute_signals(signals.post_save):
cls.root_certificate.save()
root_certhandler = Certificate()
root_certhandler.create_certificate(cls.root_certificate,
cls.root_key.serialize())
keystore = KeyStore(certificate=cls.root_certificate)
keystore.crt = root_certhandler.serialize()
keystore.key = cls.root_key.serialize()
keystore.save()
cls.int_key = Key().create_key("ed25519", None)
subject = DistinguishedNameFactory(
countryName=cls.root_certificate.dn.countryName,
stateOrProvinceName=cls.root_certificate.dn.stateOrProvinceName,
organizationName=cls.root_certificate.dn.organizationName,
)
cls.int_certificate = CertificateFactory(
expires_at=arrow.get(timezone.now()).shift(days=+5).date(),
name="test ocsp intermediate certificate",
type=CertificateTypes.INTERMEDIATE,
parent=cls.root_certificate,
dn=subject,
crl_distribution_url="https://example.com/crl/cert.crl.pem",
ocsp_distribution_host="https://example.com/ocsp/",
)
with mute_signals(signals.post_save):
cls.int_certificate.save()
int_certhandler = Certificate()
int_certhandler.create_certificate(cls.int_certificate,
cls.int_key.serialize())
keystore = KeyStore(certificate=cls.int_certificate)
keystore.crt = int_certhandler.serialize()
keystore.key = cls.int_key.serialize()
keystore.save()
cls.key = Key().create_key("ed25519", None)
def get_crlstore(cert):
if not hasattr(cert, "crlstore") or not cert.crlstore.crl:
raise KeyStore.DoesNotExist(
"Certificate has no crl, "
"something went wrong during generation")
return {"crl": cert.crlstore.crl}