def create_selfsigned_ca_cert(self,
subject_dn,
validity_days,
signing_hash,
serial,
custom_x509_extensions=None):
x509_extensions = self.expand_extensions(
extension_template="rootca",
custom_x509_extensions=custom_x509_extensions)
OpenSSLTools.create_selfsigned_certificate(
self.private_key_storage,
self.root_crt_filename,
subject_dn,
validity_days,
signing_hash=signing_hash,
serial=serial,
x509_extensions=x509_extensions)
def test_gen_privkey_rsa(self):
input_output_data = [
(
{ "bitlen": 512 },
b"512 bit",
),
(
{ "bitlen": 600 },
b"600 bit",
),
]
for (input_data, output_data) in input_output_data:
with tempfile.NamedTemporaryFile(prefix = "privkey_", suffix = ".pem") as f:
OpenSSLTools.create_private_key(PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = f.name), keyspec = KeySpecification(cryptosystem = Cryptosystems.RSA, parameters = input_data))
content = self._read_file(f.name)
self.assertIn(b"BEGIN RSA PRIVATE KEY", content)
self.assertIn(b"END RSA PRIVATE KEY", content)
output = SubprocessExecutor([ "openssl", "rsa", "-text" ], stdin = content).run().stdout
self.assertIn(output_data, output)
def sign_csr(self,
csr_filename,
crt_filename,
subject_dn,
validity_days,
extension_template=None,
custom_x509_extensions=None,
subject_alternative_dns_names=None,
subject_alternative_ip_addresses=None,
signing_hash=None):
extensions = self.expand_extensions(extension_template,
custom_x509_extensions)
OpenSSLTools.ca_sign_csr(
self,
csr_filename,
crt_filename,
subject_dn,
validity_days,
x509_extensions=extensions,
subject_alternative_dns_names=subject_alternative_dns_names,
subject_alternative_ip_addresses=subject_alternative_ip_addresses,
signing_hash=signing_hash)
def test_gen_privkey_ecc(self):
input_output_data = [
(
{ "curvename": "secp384r1" },
(b"384 bit", b"secp384r1"),
),
(
{ "curvename": "secp256r1" },
(b"256 bit", b"prime256v1"),
),
]
for (input_data, output_data) in input_output_data:
with tempfile.NamedTemporaryFile(prefix = "privkey_", suffix = ".pem") as f:
OpenSSLTools.create_private_key(PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = f.name), keyspec = KeySpecification(cryptosystem = Cryptosystems.ECC_ECDSA, parameters = input_data))
content = self._read_file(f.name)
self.assertNotIn(b"BEGIN EC PARAMETERS", content)
self.assertNotIn(b"END EC PARAMETERS", content)
self.assertIn(b"BEGIN EC PRIVATE KEY", content)
self.assertIn(b"END EC PRIVATE KEY", content)
output = SubprocessExecutor([ "openssl", "ec", "-text" ], stdin = content).run().stdout
self.assertIn(output_data[0], output)
self.assertIn(output_data[1], output)
def create_csr(cls,
private_key_storage,
csr_filename,
subject_dn,
extension_template=None,
custom_x509_extensions=None,
subject_alternative_dns_names=None,
subject_alternative_ip_addresses=None,
signing_hash=None):
extensions = cls.expand_extensions(extension_template,
custom_x509_extensions)
extensions = {
key: value
for (key, value) in extensions.items()
if key not in cls._FILTER_EXTENSIONS_FOR_CSR
}
OpenSSLTools.create_csr(
private_key_storage,
csr_filename,
subject_dn,
x509_extensions=extensions,
subject_alternative_dns_names=subject_alternative_dns_names,
subject_alternative_ip_addresses=subject_alternative_ip_addresses,
signing_hash=signing_hash)
def _forge_cert(self, cert_issuer_id, issuer, cert_subject_id, subject):
self._log.debug("Forging chain element %d -> %d: %s -> %s", cert_issuer_id, cert_subject_id, issuer, subject)
issuer_key_filename = self._args.key_template % (cert_issuer_id)
key_filename = self._args.key_template % (cert_subject_id)
crt_filename = self._args.cert_template % (cert_subject_id)
if (not os.path.isfile(key_filename)) or self._args.force:
OpenSSLTools.create_private_key(PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = key_filename), subject.pubkey.keyspec)
# Read new private key and convert to public key
with tempfile.NamedTemporaryFile(prefix = "pubkey_", suffix = ".pem") as pubkey_file:
OpenSSLTools.private_to_public(key_filename, pubkey_file.name)
subject_pubkey = PublicKey.read_pemfile(pubkey_file.name)[0]
# Do the same for the issuer key to get the issuer key ID
with tempfile.NamedTemporaryFile(prefix = "pubkey_", suffix = ".pem") as pubkey_file:
OpenSSLTools.private_to_public(issuer_key_filename, pubkey_file.name)
issuer_pubkey = PublicKey.read_pemfile(pubkey_file.name)[0]
# Replace public key first
forged_cert_asn1 = subject.asn1_clone
forged_cert_asn1["tbsCertificate"]["subjectPublicKeyInfo"] = subject_pubkey.asn1
# Do identifiers need to be recalculated?
if self._args.recalculate_keyids:
if subject.extensions.has(OIDDB.X509Extensions.inverse("SubjectKeyIdentifier")):
# Replace subject key identifier
new_key_id = subject_pubkey.keyid()
replacement_extension = X509SubjectKeyIdentifierExtension.construct(new_key_id)
subject.extensions.filter(OIDDB.X509Extensions.inverse("SubjectKeyIdentifier"), replacement_extension)
if subject.extensions.has(OIDDB.X509Extensions.inverse("AuthorityKeyIdentifier")):
# Replace authority key identifier
new_key_id = issuer_pubkey.keyid()
replacement_extension = X509AuthorityKeyIdentifierExtension.construct(new_key_id)
subject.extensions.filter(OIDDB.X509Extensions.inverse("AuthorityKeyIdentifier"), replacement_extension)
forged_cert_asn1["tbsCertificate"]["extensions"] = subject.extensions.to_asn1()
# Re-serialize certificate
forged_cert = X509Certificate.from_asn1(forged_cert_asn1)
# Then sign the modified certifiate
signature = OpenSSLTools.sign_data(subject.signature_algorithm, issuer_key_filename, forged_cert.signed_payload)
# Finally, place the signature into the certificate
forged_cert_asn1["signatureValue"] = ASN1Tools.bytes2bitstring(signature)
forged_cert = X509Certificate.from_asn1(forged_cert_asn1)
forged_cert.write_pemfile(crt_filename)
def __init__(self, cmdname, args):
BaseAction.__init__(self, cmdname, args)
if self._args.force:
try:
os.unlink(self._args.capath)
except (IsADirectoryError, FileNotFoundError):
pass
try:
shutil.rmtree(self._args.capath)
except FileNotFoundError:
pass
else:
if os.path.exists(self._args.capath):
raise UnfulfilledPrerequisitesException(
"File/directory %s already exists. Remove it first or use --force."
% (self._args.capath))
os.makedirs(self._args.capath)
os.chmod(self._args.capath, 0o700)
camgr = CAManager(self._args.capath)
custom_x509_extensions = {
custom_x509_extension.key: custom_x509_extension.value
for custom_x509_extension in self._args.extension
}
if (self._args.gen_keyspec
is not None) or ((self._args.gen_keyspec is None) and
(self._args.hardware_key is None)):
# We need to generate a key.
if self._args.gen_keyspec is not None:
keyspec = self._args.gen_keyspec
else:
# Cannot default to this in argparse because it's part of a
# mutually exclusive group with hardware_key
keyspec = KeySpecification.from_cmdline_str("ecc:secp384r1")
private_key_storage = PrivateKeyStorage(
PrivateKeyStorageForm.PEM_FILE,
filename="CA.key",
search_path=camgr.capath)
OpenSSLTools.create_private_key(private_key_storage,
keyspec=keyspec)
else:
# The key is stored in hardware.
private_key_storage = PrivateKeyStorage(
PrivateKeyStorageForm.HARDWARE_TOKEN,
pkcs11uri=self._args.hardware_key,
so_search_path=self._args.pkcs11_so_search,
module_so=self._args.pkcs11_module)
signing_hash = self._args.hashfnc
if private_key_storage.is_file_based:
privkey = private_key_storage.load_private_key()
if isinstance(privkey, EDPrivateKey):
# We cannot specify a hash function for EdDSA because this
# causes OpenSSL to fail with "elliptic curve
# routines:pkey_ecd_ctrl:invalid digest type" -- for EdDSA, the
# hash algorithms are implied
signing_hash = None
camgr.create_ca_structure(
private_key_storage=private_key_storage,
unique_subject=not self._args.allow_duplicate_subjects)
if self._args.parent_ca is None:
# Self-signed root CA
camgr.create_selfsigned_ca_cert(
subject_dn=self._args.subject_dn,
validity_days=self._args.validity_days,
custom_x509_extensions=custom_x509_extensions,
signing_hash=signing_hash,
serial=self._args.serial)
# Create certificate chain file that only consists of our
# self-signed certificate
shutil.copy(self._args.capath + "/CA.crt",
self._args.capath + "/chain.crt")
else:
# Intermediate CA
if self._args.serial is not None:
raise InvalidUsageException(
"Can only specify certificate serial number when creating self-signed root CA certificate."
)
with tempfile.NamedTemporaryFile("w", prefix="ca_",
suffix=".csr") as csr:
camgr.create_ca_csr(csr_filename=csr.name,
subject_dn=self._args.subject_dn)
parent_ca = CAManager(self._args.parent_ca)
parent_ca.sign_csr(
csr.name,
camgr.root_crt_filename,
subject_dn=self._args.subject_dn,
validity_days=self._args.validity_days,
custom_x509_extensions=custom_x509_extensions,
extension_template="ca",
signing_hash=signing_hash)
# Create a certificate chain by appending the parent chain to our certificate
if os.path.isfile(self._args.parent_ca + "/chain.crt"):
with open(self._args.parent_ca +
"/chain.crt") as parent_chainfile:
parent_chain = parent_chainfile.read()
with open(self._args.capath +
"/CA.crt") as new_certificate_file:
new_certificate = new_certificate_file.read()
with open(self._args.capath + "/chain.crt",
"w") as intermediate_chainfile:
intermediate_chainfile.write(parent_chain)
intermediate_chainfile.write(new_certificate)
def create_crl(self, *args, **kwargs):
OpenSSLTools.ca_create_crl(self, *args, **kwargs)
def revoke_crt(self, *args, **kwargs):
OpenSSLTools.ca_revoke_crt(self, *args, **kwargs)
def create_ca_csr(self, csr_filename, subject_dn):
OpenSSLTools.create_csr(self.private_key_storage, csr_filename,
subject_dn)
def test_gen_csr(self):
with tempfile.NamedTemporaryFile(prefix = "privkey_", suffix = ".pem") as privkey_file, tempfile.NamedTemporaryFile(prefix = "csr_", suffix = ".pem") as csr_file:
OpenSSLTools.create_private_key(PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = privkey_file.name), keyspec = KeySpecification.from_cmdline_str("ecc:secp256r1"))
private_key_storage = PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = privkey_file.name)
OpenSSLTools.create_csr(private_key_storage = private_key_storage, csr_filename = csr_file.name, subject_dn = "/CN=Foobar")
output = SubprocessExecutor([ "openssl", "req", "-text" ], stdin = self._read_file(csr_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE REQUEST", output)
self.assertIn(b"END CERTIFICATE REQUEST", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertNotIn(b"Requested Extensions:", output)
OpenSSLTools.create_csr(private_key_storage = private_key_storage, csr_filename = csr_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh" ])
output = SubprocessExecutor([ "openssl", "req", "-text" ], stdin = self._read_file(csr_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE REQUEST", output)
self.assertIn(b"END CERTIFICATE REQUEST", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"Requested Extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
OpenSSLTools.create_csr(private_key_storage = private_key_storage, csr_filename = csr_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh", "kruckelmuckel" ])
output = SubprocessExecutor([ "openssl", "req", "-text" ], stdin = self._read_file(csr_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE REQUEST", output)
self.assertIn(b"END CERTIFICATE REQUEST", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"Requested Extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
self.assertIn(b"DNS:kruckelmuckel", output)
OpenSSLTools.create_csr(private_key_storage = private_key_storage, csr_filename = csr_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh", "kruckelmuckel" ], subject_alternative_ip_addresses = [ "11.22.33.44", "99.88.77.66", "abcd::9876" ])
output = SubprocessExecutor([ "openssl", "req", "-text" ], stdin = self._read_file(csr_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE REQUEST", output)
self.assertIn(b"END CERTIFICATE REQUEST", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"Requested Extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
self.assertIn(b"DNS:kruckelmuckel", output)
self.assertIn(b"IP Address:11.22.33.44", output)
self.assertIn(b"IP Address:99.88.77.66", output)
self.assertIn(b"IP Address:ABCD:0:0:0:0:0:0:9876", output)
OpenSSLTools.create_csr(private_key_storage = private_key_storage, csr_filename = csr_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh", "kruckelmuckel" ], subject_alternative_ip_addresses = [ "11.22.33.44", "99.88.77.66", "abcd::9876" ], x509_extensions = { "2.3.4.5.6.7": "ASN1:UTF8String:Never gonna give you up" })
output = SubprocessExecutor([ "openssl", "req", "-text" ], stdin = self._read_file(csr_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE REQUEST", output)
self.assertIn(b"END CERTIFICATE REQUEST", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"Requested Extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
self.assertIn(b"DNS:kruckelmuckel", output)
self.assertIn(b"IP Address:11.22.33.44", output)
self.assertIn(b"IP Address:99.88.77.66", output)
self.assertIn(b"IP Address:ABCD:0:0:0:0:0:0:9876", output)
self.assertIn(b"Never gonna give you up", output)
def test_gen_selfsigned_cert(self):
with tempfile.NamedTemporaryFile(prefix = "privkey_", suffix = ".pem") as privkey_file, tempfile.NamedTemporaryFile(prefix = "crt_", suffix = ".pem") as certificate_file:
OpenSSLTools.create_private_key(PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = privkey_file.name), keyspec = KeySpecification(cryptosystem = Cryptosystems.ECC_ECDSA, parameters = { "curvename": "secp256r1" }))
private_key_storage = PrivateKeyStorage(storage_form = PrivateKeyStorageForm.PEM_FILE, filename = privkey_file.name)
OpenSSLTools.create_selfsigned_certificate(private_key_storage = private_key_storage, certificate_filename = certificate_file.name, subject_dn = "/CN=Foobar", validity_days = 365)
output = SubprocessExecutor([ "openssl", "x509", "-text" ], stdin = self._read_file(certificate_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE--", output)
self.assertIn(b"END CERTIFICATE--", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertNotIn(b"X509v3 extensions:", output)
OpenSSLTools.create_selfsigned_certificate(private_key_storage = private_key_storage, certificate_filename = certificate_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh" ], validity_days = 365)
output = SubprocessExecutor([ "openssl", "x509", "-text" ], stdin = self._read_file(certificate_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE--", output)
self.assertIn(b"END CERTIFICATE--", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"X509v3 extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
OpenSSLTools.create_selfsigned_certificate(private_key_storage = private_key_storage, certificate_filename = certificate_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh", "kruckelmuckel" ], validity_days = 365)
output = SubprocessExecutor([ "openssl", "x509", "-text" ], stdin = self._read_file(certificate_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE--", output)
self.assertIn(b"END CERTIFICATE--", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"X509v3 extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
self.assertIn(b"DNS:kruckelmuckel", output)
OpenSSLTools.create_selfsigned_certificate(private_key_storage = private_key_storage, certificate_filename = certificate_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh", "kruckelmuckel" ], subject_alternative_ip_addresses = [ "11.22.33.44", "99.88.77.66", "abcd::9876" ], validity_days = 365)
output = SubprocessExecutor([ "openssl", "x509", "-text" ], stdin = self._read_file(certificate_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE--", output)
self.assertIn(b"END CERTIFICATE--", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"X509v3 extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
self.assertIn(b"DNS:kruckelmuckel", output)
self.assertIn(b"IP Address:11.22.33.44", output)
self.assertIn(b"IP Address:99.88.77.66", output)
self.assertIn(b"IP Address:ABCD:0:0:0:0:0:0:9876", output)
OpenSSLTools.create_selfsigned_certificate(private_key_storage = private_key_storage, certificate_filename = certificate_file.name, subject_dn = "/CN=Foobar", subject_alternative_dns_names = [ "muhkuh", "kruckelmuckel" ], subject_alternative_ip_addresses = [ "11.22.33.44", "99.88.77.66", "abcd::9876" ], x509_extensions = { "2.3.4.5.6.7": "ASN1:UTF8String:Never gonna give you up" }, validity_days = 365)
output = SubprocessExecutor([ "openssl", "x509", "-text" ], stdin = self._read_file(certificate_file.name)).run().stdout
self.assertIn(b"BEGIN CERTIFICATE--", output)
self.assertIn(b"END CERTIFICATE--", output)
self.assertTrue((b"Subject: CN = Foobar" in output) or (b"Subject: CN=Foobar" in output))
self.assertIn(b"X509v3 extensions:", output)
self.assertIn(b"X509v3 Subject Alternative Name:", output)
self.assertIn(b"DNS:muhkuh", output)
self.assertIn(b"DNS:kruckelmuckel", output)
self.assertIn(b"IP Address:11.22.33.44", output)
self.assertIn(b"IP Address:99.88.77.66", output)
self.assertIn(b"IP Address:ABCD:0:0:0:0:0:0:9876", output)
self.assertIn(b"Never gonna give you up", output)
def __init__(self, cmdname, args):
BaseAction.__init__(self, cmdname, args)
if (self._args.private_key
is not None) and (self._args.outform != "pkcs12"):
raise InvalidUsageException(
"A private key will only be exported with a PKCS#12 output file."
)
if self._args.outform != "pkcs12":
if self._args.pkcs12_legacy_crypto:
raise InvalidUsageException(
"Specifying PKCS#12 legacy crypto while not using PKCS#12 output format has no effect."
)
if self._args.pkcs12_no_passphrase:
raise InvalidUsageException(
"Specifying no PKCS#12 passphrase while not using PKCS#12 output format has no effect."
)
if self._args.pkcs12_passphrase_file is not None:
raise InvalidUsageException(
"Specifying a PKCS#12 passphrase while not using PKCS#12 output format has no effect."
)
else:
if (self._args.pkcs12_legacy_crypto
or self._args.pkcs12_no_passphrase
or self._args.pkcs12_passphrase_file
is not None) and (self._args.private_key is None):
raise InvalidUsageException(
"Specifying any PKCS#12 passphrase/crypto options when not including a private key makes no sense."
)
self._pool = CertificatePool()
self._load_truststore()
if self._args.inform == "pem":
certs = X509Certificate.read_pemfile(self._args.crtfile)
if not self._args.dont_trust_crtfile:
self._pool.add_certificates(certs)
cert = certs[0]
elif self._args.inform == "der":
cert = X509Certificate.read_derfile(self._args.crtfile)
else:
raise NotImplementedError("inform", self._args.inform)
chain = self._pool.find_chain(cert)
if (chain.root is None) and (not self._args.allow_partial_chain):
raise InvalidUsageException(
"Could not build full chain for certificate %s and partial chain matches are disallowed."
% (self._args.crtfile))
if self._args.outform == "rootonly":
if chain.root is None:
print("Root certificate output requested, but none found.",
file=sys.stderr)
sys.exit(1)
certs = [chain.root]
elif self._args.outform == "intermediates":
certs = list(chain.chain)
elif self._args.outform in ["fullchain", "multifile", "pkcs12"]:
certs = list(chain.full_chain)
elif self._args.outform == "all-except-root":
certs = list(chain.full_chain)
if chain.root is not None:
certs = certs[:-1]
else:
raise NotImplementedError("outform", self._args.outform)
if not self._args.order_leaf_to_root:
certs = certs[::-1]
for (cid, cert) in enumerate(certs):
self._log.debug("Cert %d: %s", cid, cert)
if self._args.outform == "multifile":
for (cid, cert) in enumerate(certs):
filename = self._args.outfile % (cid)
with open(filename, "w") as f:
print(cert.to_pem_data(), file=f)
elif self._args.outform == "pkcs12":
if self._args.private_key is not None:
if self._args.pkcs12_no_passphrase:
passphrase = None
else:
if self._args.pkcs12_passphrase_file is not None:
with open(self._args.pkcs12_passphrase_file) as f:
passphrase = f.readline()
else:
passphrase = PassphraseGenerator.non_ambiguous(
).gen_passphrase(80)
print("Passphrase: %s" % (passphrase), file=sys.stderr)
else:
passphrase = None
private_key_storage = PrivateKeyStorage(
PrivateKeyStorageForm.PEM_FILE,
filename=self._args.private_key) if (self._args.private_key
is not None) else None
pkcs12 = OpenSSLTools.create_pkcs12(
certificates=certs,
private_key_storage=private_key_storage,
modern_crypto=not self._args.pkcs12_legacy_crypto,
passphrase=passphrase)
if self._args.outfile is None:
# Write to stdout
sys.stdout.buffer.write(pkcs12)
else:
# Write to file, binary
with open(self._args.outfile, "wb") as f:
f.write(pkcs12)
else:
if self._args.outfile is not None:
with open(self._args.outfile, "w") as f:
self._print_certs(f, certs)
else:
self._print_certs(sys.stdout, certs)
def from_tls_server(cls, hostname, port = 443): pem_data = OpenSSLTools.get_tls_server_cert_pem(hostname = hostname, port = port) certificates = cls.from_pem_data(pem_data) return certificates[0]
def signed_by(self, potential_issuer, verbose_failure = False): return OpenSSLTools.validate_signature(subject_certificate = self, issuer_certificate = potential_issuer, verbose_failure = verbose_failure)