def decrypt(self, passphrase):
algo = ffi.new("uint8_t[1]")
key = ffi.new("uint8_t[32]")
key_len = ffi.new("size_t[1]")
key_len[0] = len(key)
invoke(lib.pgp_skesk_decrypt, self.ref(), ffi.from_buffer(passphrase),
len(passphrase), algo, key, key_len)
return (algo[0], ffi.buffer(key, key_len[0]))
def new(cls, ctx, uri, cert=None):
if not cert:
ks = lib.sq_keyserver_new(ctx.ref(), uri.encode())
else:
ks = lib.sq_keyserver_with_cert(
ctx.ref(), uri.encode(),
ffi.cast("uint8_t *", ffi.from_buffer(cert)), len(cert))
return KeyServer(ks, context=ctx)
def from_bytes(cls, ctx, source):
return PacketPile(invoke(lib.pgp_packet_pile_from_bytes,
ffi.from_buffer(source), len(source)),
context=ctx)
def from_bytes(cls, fp):
return Fingerprint(
lib.pgp_fingerprint_from_bytes(
ffi.cast("uint8_t *", ffi.from_buffer(fp)), len(fp)))
def decrypt(self, algo, key):
invoke(lib.pgp_packet_parser_decrypt, self.ref(), algo,
ffi.from_buffer(key), len(key))
def from_bytes(cls, ctx, source):
return PacketParserResult(invoke(lib.pgp_packet_parser_from_bytes,
ffi.from_buffer(source), len(source)),
context=ctx)
def from_bytes(cls, fp):
if len(fp) != 8:
raise Error("KeyID must be of length 8")
return KeyID(
lib.pgp_keyid_from_bytes(ffi.cast("uint8_t *",
ffi.from_buffer(fp))))
def from_bytes(cls, ctx, source):
return Cert(invoke(lib.pgp_cert_from_bytes, ffi.from_buffer(source),
len(source)),
context=ctx)
def from_bytes(cls, ctx, source):
return TPK(invoke(lib.pgp_tpk_from_bytes, ffi.from_buffer(source),
len(source)),
context=ctx)
