def read_message(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))
return open_pgp_message_from_packets(packets)
def read_message(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))
return open_pgp_message_from_packets(packets)
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')
