def __init__(self, config, secrets):
try:
dataKeyBytes = config.get("key", None)
except AttributeError as e:
raise InvalidConfig(original=e)
if not dataKeyBytes or dataKeyBytes == "":
msg = ("crypto.key is not a string, "
"Remove the crypto property if encryption is not needed")
raise InvalidConfig(message=msg)
privateKey = secrets.get("privateKey", None)
if not privateKey or privateKey == "":
msg = ("No gpg private key provided for decryption. "
"Remove the crypto property if encryption is not needed")
raise InvalidConfig(message=msg)
gpgKey = PGPKey()
gpgKey.parse(privateKey)
password = secrets.get("privateKeyPassword", None)
if password:
try:
gpgKey.unlock(password)
except PGPDecryptionError as err:
raise BadGPGKeyPasswordError(gpgKey.userids[0])
with warnings.catch_warnings():
# prevents warning of type `UserWarning: Message was encrypted with this key's subkey: ...`
warnings.simplefilter("ignore", category=UserWarning)
dataKey = gpgKey.decrypt(
PGPMessage.from_blob(dataKeyBytes)).message
DataKeyService.__init__(self, dataKey)
def test_parse_wrong_crc24(self, recwarn):
keytext = _read('tests/testdata/keys/rsa.1.sec.asc').splitlines()
keytext[-2] = "=abcd"
keytext = '\n'.join(keytext)
key = PGPKey()
key.parse(keytext)
w = recwarn.pop(UserWarning)
assert str(w.message) == "Incorrect crc24"
assert w.filename == __file__
def test_parse_wrong_crc24(self, recwarn):
keytext = _read('tests/testdata/keys/rsa.1.sec.asc').splitlines()
keytext[-2] = "=abcd"
keytext = '\n'.join(keytext)
key = PGPKey()
key.parse(keytext)
w = recwarn.pop(UserWarning)
assert str(w.message) == "Incorrect crc24"
assert w.filename == __file__
def test_parse_wrong_magic(self):
keytext = _read('tests/testdata/keys/rsa.1.sec.asc').replace(
'KEY', 'EKY')
key = PGPKey()
with pytest.raises(ValueError):
key.parse(keytext)
def test_parse_wrong_magic(self):
keytext = _read('tests/testdata/keys/rsa.1.sec.asc').replace('KEY', 'EKY')
key = PGPKey()
with pytest.raises(ValueError):
key.parse(keytext)
def parse_key(key_str):
key = PGPKey()
key.parse(key_str)
return key
def test_reg_bug_56():
# some imports only used by this regression test
import hashlib
from datetime import datetime
from pgpy.pgp import PGPSignature
from pgpy.constants import HashAlgorithm
from pgpy.constants import PubKeyAlgorithm
from pgpy.constants import SignatureType
from cryptography.hazmat.backends import default_backend
from cryptography.hazmat.primitives import hashes
from cryptography.hazmat.primitives.asymmetric import padding
# do a regression test on issue #56
# re-create a signature that would have been encoded improperly as with issue #56
# and see if it fails to verify or not
# this was the old seckeys/TestRSA-2048.key
sec = "-----BEGIN PGP PRIVATE KEY BLOCK-----\n" \
"\n" \
"lQOYBFOaNYoBCAC9FDOrASOxJoo3JhwCCln4wPy+A/UY1H0OYlc+MMolSwev2uDj\n" \
"nnwmt8ziNTjLuLEh3AnKjDWA9xvY5NW2ZkB6Edo6HQkquKLH7AkpLd82kiTWHdOw\n" \
"OH7OWQpz7z2z6e40wwHEduhyGcZ/Ja/A0+6GIb/2YFKlkwfnT92jtB94W//mL6wu\n" \
"LOkZMoU/CS/QatervzAf9VCemvAR9NI0UJc7Y0RC1B/1cBTQAUg70EhjnmJkqyYx\n" \
"yWqaXyfX10dsEX3+MyiP1kvUDfFwhdeL7E2H9sbFE5+MC9Eo99/Qezv3QoXzH2Tj\n" \
"bTun+QMVkbM92dj70KiExAJya9lSLZGCoOrDABEBAAEAB/0Xie/NaVoRqvbIWytf\n" \
"ylJyyEfOuhG7HRz9JkYD3TFqnMwgsEg7XhbI/9chuYwlZIv8vKF6wKNv4j4/wsFO\n" \
"W1gfOktnh7Iv9Nt4YHda0+ChhmZ6l4JWl7nwTh/Mg2te6LpkgXseA8r4BXhzih62\n" \
"tqD6ZtzjOxD0QaPZaqpw6l2D71fJ4KySAs+6tBHJCUK/b/8UGF1jYNwJFJqQw8fI\n" \
"kcui7x4XC3kn6Ucf8rHlc0JP1H7edg4ZD83kATvybprGfhWt+TIl2edNT6Q8xoeE\n" \
"Ypj/PNm6i5WTupo54ySlHWIo2yQxmF+4ZrupLb41EJVdXutVW8GT045SGWTyG9VY\n" \
"zP/1BADIr7xmSjLZ9WLibi9RtQvzHPg97KlaKy475H4QhxbWkKR9drj5bWMD30Zd\n" \
"AmD2fVJmbXBPCf0G0+wLh2X8OKptd7/oavRdafOvUbKNqTi2GFwV5CsjiTR65QCs\n" \
"zrediV8pVdDEVu8O0vW5L9RfomsH40e4fX3izwr3VI9xqF3+lwQA8TFyYrhge1/f\n" \
"f1iTgZM2e+GNMSPrYF2uYxZ4KBM5gW4IfFWhLoKT7G0T6LRUHka+0ruBi/eZ4nn2\n" \
"1pAm6chSiIkJmFU+T5pzfOG509JZuedP+7dO3SUCpi7hDncpEWHIaEeBJ7pmIL6G\n" \
"FQnTEV8mEA48Nloq+Py+c/I0D5xaprUD/3hCl7D58DkvvoIsLyyXrDHhmi68QZMU\n" \
"7TFqVEvo0J4kx19cmF27hXe+IEt42yQwaYTrS/KtKGywPvevQ8LEan5tUTIPnuks\n" \
"jILtgIIaMg2z/UJ7jqmjZbuoVVmqeaPTxl9thIgfmL9SlOzjwrX/9ZfKEvwaHXFr\n" \
"ocveTSSnWCzIReK0M1Rlc3RSU0EtMjA0OCAoVEVTVElORy1VU0UtT05MWSkgPGVt\n" \
"YWlsQGFkZHJlc3MudGxkPokBNwQTAQoAIQUCU5o1igIbIwULCQgHAwUVCgkICwUW\n" \
"AgMBAAIeAQIXgAAKCRDA8iEODxk9zYQPB/4+kZlIwLE27J7IiZSkk+4T5CPrASxo\n" \
"SsRMadUvoHc0eiZIlQD2Gu05oQcm4kZojJAzMv12rLtk+ZPwVOZU/TUxPYwuEyJP\n" \
"4keFJEW9P0GiURAvYQRQCbQ5IOlIkZ0tPotb010Ej3u5rHAiVCvh/cxF16UhkXkn\n" \
"f/wgDDWErfGIMaaruAIr0G05p4Q2G/NLgBccowSgFFfWprg3zfNPEQhH/qNs8O5m\n" \
"ByniMZk4n2TsKGlX6eT9RrfJVQhSLoQXxYikMtiZTki4yPUhTQev62KWHQcY6zNV\n" \
"2p9VQ24NUhVCIBnZ0CLkm38QFsS5flWVGat5kraHTXxvffz7yGHJiFkinQOYBFOa\n" \
"NYoBCADBPjB83l1O2m/Nr5KDm6/BwKfrRsoJDmMZ8nNHNUc/zK4RI4EFKkr35PSm\n" \
"gbA8yOlaSDWVz9zuKyOtb8Nohct2/lrac8zI+b4enZ/Z6qehoAdY1t4QYmA2PebK\n" \
"uerBXjIF1RWsPQDpu3GIZw4oBbdu5oUGB4I9yIepindM2b2I9dlY3ct4uhRbBmXP\n" \
"FcslmJ1K4pCurXvr4Po4DCcWqUmsGUQQbI1GUyAzSad7u9y3CRqhHFwzyFRRfl+/\n" \
"mgB2a6XvbGlG5Dkp1g7T/HIVJu+zv58AQkFw+ABuWNKCXa3TB51bkiBQlkRTSAu2\n" \
"tVZ8hVGZE+wUw0o9rLiy6mldFvbLABEBAAEAB/4g13LiJeBxwEn0CPy7hUAPi7B+\n" \
"Gd/IPju1czEITxO20hBbNU9+Ezv+eVji23OaQQL3pwIEXflMOOStWys4nlR/+qZy\n" \
"LfAFz/vxtBQwsuKeY1YcURgYbL+xOD/7ADHXfyy9NQOj7BI1pveamPkc8CvGm0LM\n" \
"TYZi/augsrmnw/GkTuhsKwNG5G21S2YC1/I+1QlwUSLoX68pLxp/FVR5PhTWLTua\n" \
"vzkXuPu6YGitPW9SKSqGSJCgtoDYKLBrXIqH2/UJAdVP94pXrGSu4CiqtR8kn3Vx\n" \
"oIfVs+IRihWVZ9ATh8I3xUM4VHCnVupW0jov19bY9oGXEBKf7pYJpe+dIeyBBADZ\n" \
"RmYfL/JSmU4HWzHmlEXjb9wnyPGls8eScfFVTZ6ULwUiqwgyOlTKqop3pIVeeIdM\n" \
"ZnDqYTeD5bf6URNoXKmHGuQxdyUVv0aTaLTOi/GNBOk/blvaE/m/h3fKj1AnNx1r\n" \
"AOKjY/5mJ557i2GIdfYOVYgnGJTiu1CXAcra6TqCoQQA469Hpf0fXAjDMATI4lfg\n" \
"8nU8q7OFskBp26gjGqH0pGHdEJ4wvIZcTo/G4qrN8oIpcBkKn/3jYltIbbR31zTe\n" \
"XuNztWcaJj0I1NhYJvDTtI8mreAvdeJPHimrCbU9HYog84aY/Ir2ogClP94tw/Tz\n" \
"9uQs+By8IhimXzFUqtYy7esEAJZW7MNE0MnWjAZzw/iJRhwb6gIzZC9H9iHDXXmG\n" \
"EHJ7hNnDBkViltm+ROCRPG2zh9xtaR9VBqipaEQNVZhdJXRybJ5Z+MIMeX+tGcSN\n" \
"WaYWB6PQhqSsV9ovnFsEzNynWz/HZ2qqT4AW1v19DqpYQbPmapDdmVPmR0AXTtQh\n" \
"WFYrPJ2JAR8EGAEKAAkFAlOaNYoCGwwACgkQwPIhDg8ZPc1uDwf/SGoiZHjUsTWm\n" \
"4gZgZCzAjOpZs7dKjLL8Wm5G3HTFIGX0O8HCzQJARWq05N6EYmI4nPXxu08ba30S\n" \
"ubybSeFU+iAPymqm2YNXrE2RwLWko78M0r9enUep6SvbGKnukPG7lz/33PsxIVyA\n" \
"TfMmcmzV4chyC7pICTwgHv/zC3S/k7GoS82Z39LO4R4aDa4aubNq6mx4eHUd0MSn\n" \
"Yud1IzRxD8cPxh9fCdoW0OpddqKNczAvO4bl5wwDafrEa7HpIX/sMVMZXo2h6Tki\n" \
"tdLCdEfktgEjS0hTsFtfwsXt9TKi1x3HJIbcm8t78ubpWXepB/iNKVzv4punFHhK\n" \
"iz54ZFyNdQ==\n" \
"=WLpc\n" \
"-----END PGP PRIVATE KEY BLOCK-----\n"
pub = "-----BEGIN PGP PUBLIC KEY BLOCK-----\n" \
"\n" \
"mQENBFOaNYoBCAC9FDOrASOxJoo3JhwCCln4wPy+A/UY1H0OYlc+MMolSwev2uDj\n" \
"nnwmt8ziNTjLuLEh3AnKjDWA9xvY5NW2ZkB6Edo6HQkquKLH7AkpLd82kiTWHdOw\n" \
"OH7OWQpz7z2z6e40wwHEduhyGcZ/Ja/A0+6GIb/2YFKlkwfnT92jtB94W//mL6wu\n" \
"LOkZMoU/CS/QatervzAf9VCemvAR9NI0UJc7Y0RC1B/1cBTQAUg70EhjnmJkqyYx\n" \
"yWqaXyfX10dsEX3+MyiP1kvUDfFwhdeL7E2H9sbFE5+MC9Eo99/Qezv3QoXzH2Tj\n" \
"bTun+QMVkbM92dj70KiExAJya9lSLZGCoOrDABEBAAG0M1Rlc3RSU0EtMjA0OCAo\n" \
"VEVTVElORy1VU0UtT05MWSkgPGVtYWlsQGFkZHJlc3MudGxkPokBNwQTAQoAIQUC\n" \
"U5o1igIbIwULCQgHAwUVCgkICwUWAgMBAAIeAQIXgAAKCRDA8iEODxk9zYQPB/4+\n" \
"kZlIwLE27J7IiZSkk+4T5CPrASxoSsRMadUvoHc0eiZIlQD2Gu05oQcm4kZojJAz\n" \
"Mv12rLtk+ZPwVOZU/TUxPYwuEyJP4keFJEW9P0GiURAvYQRQCbQ5IOlIkZ0tPotb\n" \
"010Ej3u5rHAiVCvh/cxF16UhkXknf/wgDDWErfGIMaaruAIr0G05p4Q2G/NLgBcc\n" \
"owSgFFfWprg3zfNPEQhH/qNs8O5mByniMZk4n2TsKGlX6eT9RrfJVQhSLoQXxYik\n" \
"MtiZTki4yPUhTQev62KWHQcY6zNV2p9VQ24NUhVCIBnZ0CLkm38QFsS5flWVGat5\n" \
"kraHTXxvffz7yGHJiFkiuQENBFOaNYoBCADBPjB83l1O2m/Nr5KDm6/BwKfrRsoJ\n" \
"DmMZ8nNHNUc/zK4RI4EFKkr35PSmgbA8yOlaSDWVz9zuKyOtb8Nohct2/lrac8zI\n" \
"+b4enZ/Z6qehoAdY1t4QYmA2PebKuerBXjIF1RWsPQDpu3GIZw4oBbdu5oUGB4I9\n" \
"yIepindM2b2I9dlY3ct4uhRbBmXPFcslmJ1K4pCurXvr4Po4DCcWqUmsGUQQbI1G\n" \
"UyAzSad7u9y3CRqhHFwzyFRRfl+/mgB2a6XvbGlG5Dkp1g7T/HIVJu+zv58AQkFw\n" \
"+ABuWNKCXa3TB51bkiBQlkRTSAu2tVZ8hVGZE+wUw0o9rLiy6mldFvbLABEBAAGJ\n" \
"AR8EGAEKAAkFAlOaNYoCGwwACgkQwPIhDg8ZPc1uDwf/SGoiZHjUsTWm4gZgZCzA\n" \
"jOpZs7dKjLL8Wm5G3HTFIGX0O8HCzQJARWq05N6EYmI4nPXxu08ba30SubybSeFU\n" \
"+iAPymqm2YNXrE2RwLWko78M0r9enUep6SvbGKnukPG7lz/33PsxIVyATfMmcmzV\n" \
"4chyC7pICTwgHv/zC3S/k7GoS82Z39LO4R4aDa4aubNq6mx4eHUd0MSnYud1IzRx\n" \
"D8cPxh9fCdoW0OpddqKNczAvO4bl5wwDafrEa7HpIX/sMVMZXo2h6TkitdLCdEfk\n" \
"tgEjS0hTsFtfwsXt9TKi1x3HJIbcm8t78ubpWXepB/iNKVzv4punFHhKiz54ZFyN\n" \
"dQ==\n" \
"=lqIH\n" \
"-----END PGP PUBLIC KEY BLOCK-----\n"
# load the keypair above
sk = PGPKey()
sk.parse(sec)
pk = PGPKey()
pk.parse(pub)
sigsubject = bytearray(b"Hello!I'm a test document.I'm going to get signed a bunch of times.KBYE!")
sig = PGPSignature.new(SignatureType.BinaryDocument, PubKeyAlgorithm.RSAEncryptOrSign, HashAlgorithm.SHA512,
sk.fingerprint.keyid)
sig._signature.subpackets['h_CreationTime'][-1].created = datetime(2014, 8, 6, 23, 28, 51)
sig._signature.subpackets.update_hlen()
hdata = sig.hashdata(sigsubject)
sig._signature.hash2 = hashlib.new('sha512', hdata).digest()[:2]
# create the signature
signer = sk.__key__.__privkey__().signer(padding.PKCS1v15(), hashes.SHA512())
signer.update(hdata)
sig._signature.signature.from_signer(signer.finalize())
sig._signature.update_hlen()
# check encoding
assert sig._signature.signature.md_mod_n.to_mpibytes()[2:3] != b'\x00'
# with PGPy
assert pk.verify(sigsubject, sig)
# with GnuPG
with gpg.Context(armor=True, offline=True) as c:
c.set_engine_info(gpg.constants.PROTOCOL_OpenPGP, home_dir=gnupghome)
# import the key
key_data = gpg.Data(string=pub)
gpg.core.gpgme.gpgme_op_import(c.wrapped, key_data)
_, vres = c.verify(gpg.Data(string=sigsubject.decode('latin-1')), gpg.Data(string=str(sig)))
assert vres
def test_reg_bug_56():
# some imports only used by this regression test
import hashlib
from datetime import datetime
from pgpy.pgp import PGPSignature
from pgpy.constants import HashAlgorithm
from pgpy.constants import PubKeyAlgorithm
from pgpy.constants import SignatureType
from cryptography.hazmat.backends import default_backend
from cryptography.hazmat.primitives import hashes
from cryptography.hazmat.primitives.asymmetric import padding
# do a regression test on issue #56
# re-create a signature that would have been encoded improperly as with issue #56
# and see if it fails to verify or not
# this was the old seckeys/TestRSA-2048.key
sec = "-----BEGIN PGP PRIVATE KEY BLOCK-----\n" \
"\n" \
"lQOYBFOaNYoBCAC9FDOrASOxJoo3JhwCCln4wPy+A/UY1H0OYlc+MMolSwev2uDj\n" \
"nnwmt8ziNTjLuLEh3AnKjDWA9xvY5NW2ZkB6Edo6HQkquKLH7AkpLd82kiTWHdOw\n" \
"OH7OWQpz7z2z6e40wwHEduhyGcZ/Ja/A0+6GIb/2YFKlkwfnT92jtB94W//mL6wu\n" \
"LOkZMoU/CS/QatervzAf9VCemvAR9NI0UJc7Y0RC1B/1cBTQAUg70EhjnmJkqyYx\n" \
"yWqaXyfX10dsEX3+MyiP1kvUDfFwhdeL7E2H9sbFE5+MC9Eo99/Qezv3QoXzH2Tj\n" \
"bTun+QMVkbM92dj70KiExAJya9lSLZGCoOrDABEBAAEAB/0Xie/NaVoRqvbIWytf\n" \
"ylJyyEfOuhG7HRz9JkYD3TFqnMwgsEg7XhbI/9chuYwlZIv8vKF6wKNv4j4/wsFO\n" \
"W1gfOktnh7Iv9Nt4YHda0+ChhmZ6l4JWl7nwTh/Mg2te6LpkgXseA8r4BXhzih62\n" \
"tqD6ZtzjOxD0QaPZaqpw6l2D71fJ4KySAs+6tBHJCUK/b/8UGF1jYNwJFJqQw8fI\n" \
"kcui7x4XC3kn6Ucf8rHlc0JP1H7edg4ZD83kATvybprGfhWt+TIl2edNT6Q8xoeE\n" \
"Ypj/PNm6i5WTupo54ySlHWIo2yQxmF+4ZrupLb41EJVdXutVW8GT045SGWTyG9VY\n" \
"zP/1BADIr7xmSjLZ9WLibi9RtQvzHPg97KlaKy475H4QhxbWkKR9drj5bWMD30Zd\n" \
"AmD2fVJmbXBPCf0G0+wLh2X8OKptd7/oavRdafOvUbKNqTi2GFwV5CsjiTR65QCs\n" \
"zrediV8pVdDEVu8O0vW5L9RfomsH40e4fX3izwr3VI9xqF3+lwQA8TFyYrhge1/f\n" \
"f1iTgZM2e+GNMSPrYF2uYxZ4KBM5gW4IfFWhLoKT7G0T6LRUHka+0ruBi/eZ4nn2\n" \
"1pAm6chSiIkJmFU+T5pzfOG509JZuedP+7dO3SUCpi7hDncpEWHIaEeBJ7pmIL6G\n" \
"FQnTEV8mEA48Nloq+Py+c/I0D5xaprUD/3hCl7D58DkvvoIsLyyXrDHhmi68QZMU\n" \
"7TFqVEvo0J4kx19cmF27hXe+IEt42yQwaYTrS/KtKGywPvevQ8LEan5tUTIPnuks\n" \
"jILtgIIaMg2z/UJ7jqmjZbuoVVmqeaPTxl9thIgfmL9SlOzjwrX/9ZfKEvwaHXFr\n" \
"ocveTSSnWCzIReK0M1Rlc3RSU0EtMjA0OCAoVEVTVElORy1VU0UtT05MWSkgPGVt\n" \
"YWlsQGFkZHJlc3MudGxkPokBNwQTAQoAIQUCU5o1igIbIwULCQgHAwUVCgkICwUW\n" \
"AgMBAAIeAQIXgAAKCRDA8iEODxk9zYQPB/4+kZlIwLE27J7IiZSkk+4T5CPrASxo\n" \
"SsRMadUvoHc0eiZIlQD2Gu05oQcm4kZojJAzMv12rLtk+ZPwVOZU/TUxPYwuEyJP\n" \
"4keFJEW9P0GiURAvYQRQCbQ5IOlIkZ0tPotb010Ej3u5rHAiVCvh/cxF16UhkXkn\n" \
"f/wgDDWErfGIMaaruAIr0G05p4Q2G/NLgBccowSgFFfWprg3zfNPEQhH/qNs8O5m\n" \
"ByniMZk4n2TsKGlX6eT9RrfJVQhSLoQXxYikMtiZTki4yPUhTQev62KWHQcY6zNV\n" \
"2p9VQ24NUhVCIBnZ0CLkm38QFsS5flWVGat5kraHTXxvffz7yGHJiFkinQOYBFOa\n" \
"NYoBCADBPjB83l1O2m/Nr5KDm6/BwKfrRsoJDmMZ8nNHNUc/zK4RI4EFKkr35PSm\n" \
"gbA8yOlaSDWVz9zuKyOtb8Nohct2/lrac8zI+b4enZ/Z6qehoAdY1t4QYmA2PebK\n" \
"uerBXjIF1RWsPQDpu3GIZw4oBbdu5oUGB4I9yIepindM2b2I9dlY3ct4uhRbBmXP\n" \
"FcslmJ1K4pCurXvr4Po4DCcWqUmsGUQQbI1GUyAzSad7u9y3CRqhHFwzyFRRfl+/\n" \
"mgB2a6XvbGlG5Dkp1g7T/HIVJu+zv58AQkFw+ABuWNKCXa3TB51bkiBQlkRTSAu2\n" \
"tVZ8hVGZE+wUw0o9rLiy6mldFvbLABEBAAEAB/4g13LiJeBxwEn0CPy7hUAPi7B+\n" \
"Gd/IPju1czEITxO20hBbNU9+Ezv+eVji23OaQQL3pwIEXflMOOStWys4nlR/+qZy\n" \
"LfAFz/vxtBQwsuKeY1YcURgYbL+xOD/7ADHXfyy9NQOj7BI1pveamPkc8CvGm0LM\n" \
"TYZi/augsrmnw/GkTuhsKwNG5G21S2YC1/I+1QlwUSLoX68pLxp/FVR5PhTWLTua\n" \
"vzkXuPu6YGitPW9SKSqGSJCgtoDYKLBrXIqH2/UJAdVP94pXrGSu4CiqtR8kn3Vx\n" \
"oIfVs+IRihWVZ9ATh8I3xUM4VHCnVupW0jov19bY9oGXEBKf7pYJpe+dIeyBBADZ\n" \
"RmYfL/JSmU4HWzHmlEXjb9wnyPGls8eScfFVTZ6ULwUiqwgyOlTKqop3pIVeeIdM\n" \
"ZnDqYTeD5bf6URNoXKmHGuQxdyUVv0aTaLTOi/GNBOk/blvaE/m/h3fKj1AnNx1r\n" \
"AOKjY/5mJ557i2GIdfYOVYgnGJTiu1CXAcra6TqCoQQA469Hpf0fXAjDMATI4lfg\n" \
"8nU8q7OFskBp26gjGqH0pGHdEJ4wvIZcTo/G4qrN8oIpcBkKn/3jYltIbbR31zTe\n" \
"XuNztWcaJj0I1NhYJvDTtI8mreAvdeJPHimrCbU9HYog84aY/Ir2ogClP94tw/Tz\n" \
"9uQs+By8IhimXzFUqtYy7esEAJZW7MNE0MnWjAZzw/iJRhwb6gIzZC9H9iHDXXmG\n" \
"EHJ7hNnDBkViltm+ROCRPG2zh9xtaR9VBqipaEQNVZhdJXRybJ5Z+MIMeX+tGcSN\n" \
"WaYWB6PQhqSsV9ovnFsEzNynWz/HZ2qqT4AW1v19DqpYQbPmapDdmVPmR0AXTtQh\n" \
"WFYrPJ2JAR8EGAEKAAkFAlOaNYoCGwwACgkQwPIhDg8ZPc1uDwf/SGoiZHjUsTWm\n" \
"4gZgZCzAjOpZs7dKjLL8Wm5G3HTFIGX0O8HCzQJARWq05N6EYmI4nPXxu08ba30S\n" \
"ubybSeFU+iAPymqm2YNXrE2RwLWko78M0r9enUep6SvbGKnukPG7lz/33PsxIVyA\n" \
"TfMmcmzV4chyC7pICTwgHv/zC3S/k7GoS82Z39LO4R4aDa4aubNq6mx4eHUd0MSn\n" \
"Yud1IzRxD8cPxh9fCdoW0OpddqKNczAvO4bl5wwDafrEa7HpIX/sMVMZXo2h6Tki\n" \
"tdLCdEfktgEjS0hTsFtfwsXt9TKi1x3HJIbcm8t78ubpWXepB/iNKVzv4punFHhK\n" \
"iz54ZFyNdQ==\n" \
"=WLpc\n" \
"-----END PGP PRIVATE KEY BLOCK-----\n"
pub = "-----BEGIN PGP PUBLIC KEY BLOCK-----\n" \
"\n" \
"mQENBFOaNYoBCAC9FDOrASOxJoo3JhwCCln4wPy+A/UY1H0OYlc+MMolSwev2uDj\n" \
"nnwmt8ziNTjLuLEh3AnKjDWA9xvY5NW2ZkB6Edo6HQkquKLH7AkpLd82kiTWHdOw\n" \
"OH7OWQpz7z2z6e40wwHEduhyGcZ/Ja/A0+6GIb/2YFKlkwfnT92jtB94W//mL6wu\n" \
"LOkZMoU/CS/QatervzAf9VCemvAR9NI0UJc7Y0RC1B/1cBTQAUg70EhjnmJkqyYx\n" \
"yWqaXyfX10dsEX3+MyiP1kvUDfFwhdeL7E2H9sbFE5+MC9Eo99/Qezv3QoXzH2Tj\n" \
"bTun+QMVkbM92dj70KiExAJya9lSLZGCoOrDABEBAAG0M1Rlc3RSU0EtMjA0OCAo\n" \
"VEVTVElORy1VU0UtT05MWSkgPGVtYWlsQGFkZHJlc3MudGxkPokBNwQTAQoAIQUC\n" \
"U5o1igIbIwULCQgHAwUVCgkICwUWAgMBAAIeAQIXgAAKCRDA8iEODxk9zYQPB/4+\n" \
"kZlIwLE27J7IiZSkk+4T5CPrASxoSsRMadUvoHc0eiZIlQD2Gu05oQcm4kZojJAz\n" \
"Mv12rLtk+ZPwVOZU/TUxPYwuEyJP4keFJEW9P0GiURAvYQRQCbQ5IOlIkZ0tPotb\n" \
"010Ej3u5rHAiVCvh/cxF16UhkXknf/wgDDWErfGIMaaruAIr0G05p4Q2G/NLgBcc\n" \
"owSgFFfWprg3zfNPEQhH/qNs8O5mByniMZk4n2TsKGlX6eT9RrfJVQhSLoQXxYik\n" \
"MtiZTki4yPUhTQev62KWHQcY6zNV2p9VQ24NUhVCIBnZ0CLkm38QFsS5flWVGat5\n" \
"kraHTXxvffz7yGHJiFkiuQENBFOaNYoBCADBPjB83l1O2m/Nr5KDm6/BwKfrRsoJ\n" \
"DmMZ8nNHNUc/zK4RI4EFKkr35PSmgbA8yOlaSDWVz9zuKyOtb8Nohct2/lrac8zI\n" \
"+b4enZ/Z6qehoAdY1t4QYmA2PebKuerBXjIF1RWsPQDpu3GIZw4oBbdu5oUGB4I9\n" \
"yIepindM2b2I9dlY3ct4uhRbBmXPFcslmJ1K4pCurXvr4Po4DCcWqUmsGUQQbI1G\n" \
"UyAzSad7u9y3CRqhHFwzyFRRfl+/mgB2a6XvbGlG5Dkp1g7T/HIVJu+zv58AQkFw\n" \
"+ABuWNKCXa3TB51bkiBQlkRTSAu2tVZ8hVGZE+wUw0o9rLiy6mldFvbLABEBAAGJ\n" \
"AR8EGAEKAAkFAlOaNYoCGwwACgkQwPIhDg8ZPc1uDwf/SGoiZHjUsTWm4gZgZCzA\n" \
"jOpZs7dKjLL8Wm5G3HTFIGX0O8HCzQJARWq05N6EYmI4nPXxu08ba30SubybSeFU\n" \
"+iAPymqm2YNXrE2RwLWko78M0r9enUep6SvbGKnukPG7lz/33PsxIVyATfMmcmzV\n" \
"4chyC7pICTwgHv/zC3S/k7GoS82Z39LO4R4aDa4aubNq6mx4eHUd0MSnYud1IzRx\n" \
"D8cPxh9fCdoW0OpddqKNczAvO4bl5wwDafrEa7HpIX/sMVMZXo2h6TkitdLCdEfk\n" \
"tgEjS0hTsFtfwsXt9TKi1x3HJIbcm8t78ubpWXepB/iNKVzv4punFHhKiz54ZFyN\n" \
"dQ==\n" \
"=lqIH\n" \
"-----END PGP PUBLIC KEY BLOCK-----\n"
# load the keypair above
sk = PGPKey()
sk.parse(sec)
pk = PGPKey()
pk.parse(pub)
sigsubject = bytearray(b"Hello!I'm a test document.I'm going to get signed a bunch of times.KBYE!")
sig = PGPSignature.new(SignatureType.BinaryDocument, PubKeyAlgorithm.RSAEncryptOrSign, HashAlgorithm.SHA512,
sk.fingerprint.keyid)
sig._signature.subpackets['h_CreationTime'][-1].created = datetime(2014, 8, 6, 23, 28, 51)
sig._signature.subpackets.update_hlen()
hdata = sig.hashdata(sigsubject)
sig._signature.hash2 = hashlib.new('sha512', hdata).digest()[:2]
# create the signature
signer = sk.__key__.__privkey__().signer(padding.PKCS1v15(), hashes.SHA512())
signer.update(hdata)
sig._signature.signature.from_signer(signer.finalize())
sig._signature.update_hlen()
# check encoding
assert sig._signature.signature.md_mod_n.to_mpibytes()[2:3] != b'\x00'
# with PGPy
assert pk.verify(sigsubject, sig)
# with GnuPG
with gpg.Context(armor=True, offline=True) as c:
c.set_engine_info(gpg.constants.PROTOCOL_OpenPGP, home_dir=gnupghome)
# import the key
key_data = gpg.Data(string=pub)
gpg.core.gpgme.gpgme_op_import(c.wrapped, key_data)
_, vres = c.verify(gpg.Data(string=sigsubject.decode('latin-1')), gpg.Data(string=str(sig)))
assert vres
