def _get_key(self, offset):
self.lock_db()
try:
with open(self.filename, 'rb') as fh:
fh.seek(offset)
packets = []
packet_iter = parse_binary_packet_stream(fh)
for packet in packet_iter:
if packet.type == constants.COMPRESSED_DATA_PACKET_TYPE:
continue
elif packets and packet.type in (
constants.PUBLIC_KEY_PACKET_TYPE,
constants.SECRET_KEY_PACKET_TYPE,
):
break
else:
packets.append(packet)
finally:
self.unlock_db()
key = None
if packets and packets[0].type == constants.PUBLIC_KEY_PACKET_TYPE:
key = TransferablePublicKey.from_packets(packets)
elif packets and packets[0].type == constants.SECRET_KEY_PACKET_TYPE:
key = TransferableSecretKey.from_packets(packets)
elif packets:
raise ValueError(packets[0])
else:
raise KeyError()
return key
def _get_key(self, offset):
self.lock_db()
try:
with open(self.filename, 'rb') as fh:
fh.seek(offset)
packets = []
packet_iter = parse_binary_packet_stream(fh)
for packet in packet_iter:
if packet.type == constants.COMPRESSED_DATA_PACKET_TYPE:
continue
elif packets and packet.type in (
constants.PUBLIC_KEY_PACKET_TYPE,
constants.SECRET_KEY_PACKET_TYPE,
):
break
else:
packets.append(packet)
finally:
self.unlock_db()
key = None
if packets and packets[0].type == constants.PUBLIC_KEY_PACKET_TYPE:
key = TransferablePublicKey.from_packets(packets)
elif packets and packets[0].type == constants.SECRET_KEY_PACKET_TYPE:
key = TransferableSecretKey.from_packets(packets)
elif packets:
raise ValueError(packets[0])
else:
raise KeyError()
return key
def read_key(data, armored=False):
if armor.is_armor(data):
# Assume the user made a mistake
if isinstance(data, bytes):
data = data.decode('us-ascii')
armored = True
if armored:
fn = parse_ascii_packet_data
else:
fn = parse_binary_packet_data
packets = list(fn(data))
if packets[0].type == constants.PUBLIC_KEY_PACKET_TYPE:
return TransferablePublicKey.from_packets(packets)
elif packets[0].type == constants.SECRET_KEY_PACKET_TYPE:
return TransferableSecretKey.from_packets(packets)
else:
raise ValueError('Unexpected packet')
def read_key(data, armored=False):
if armor.is_armor(data):
# Assume the user made a mistake
if isinstance(data, bytes):
data = data.decode('us-ascii')
armored = True
if armored:
fn = parse_ascii_packet_data
else:
fn = parse_binary_packet_data
packets = list(fn(data))
if packets[0].type == constants.PUBLIC_KEY_PACKET_TYPE:
return TransferablePublicKey.from_packets(packets)
elif packets[0].type == constants.SECRET_KEY_PACKET_TYPE:
return TransferableSecretKey.from_packets(packets)
else:
raise ValueError('Unexpected packet')
def get_transferrable_key(self, fingerprint):
if len(fingerprint) != 40:
# Actually a key ID - find the fingerprint first.
fingerprint = ([k
for k in self.keys() if k.endswith(fingerprint)] +
[None])[0]
if fingerprint is None:
return None
self.lock_db()
try:
with gdbm.open(self.filename, 'r') as db:
packet_data = db[fingerprint]
packets = list(parse_binary_packet_data(packet_data))
if packets:
if packets[0].type == constants.PUBLIC_KEY_PACKET_TYPE:
return TransferablePublicKey.from_packets(packets)
elif packets[0].type == constants.SECRET_KEY_PACKET_TYPE:
return TransferableSecretKey.from_packets(packets)
finally:
self.unlock_db()
def get_transferrable_key(self, fingerprint):
if len(fingerprint) != 40:
# Actually a key ID - find the fingerprint first.
fingerprint = ([
k for k in self.keys()
if k.endswith(fingerprint)
] + [None]
)[0]
if fingerprint is None:
return None
self.lock_db()
try:
with gdbm.open(self.filename, 'r') as db:
packet_data = db[fingerprint]
packets = list(parse_binary_packet_data(packet_data))
if packets:
if packets[0].type == constants.PUBLIC_KEY_PACKET_TYPE:
return TransferablePublicKey.from_packets(packets)
elif packets[0].type == constants.SECRET_KEY_PACKET_TYPE:
return TransferableSecretKey.from_packets(packets)
finally:
self.unlock_db()
