def to_bytes(self):
result = bytearray(self.total_length)
offset = 0
offset = Network.write_int(result, self.length, offset)
offset = Network.write_int_as_byte(result, self.message_type, offset)
Network.write_bytes(result, self.bitfield, offset)
return result
def to_bytes(self):
result = bytearray(68)
offset = 0
offset = Network.write_int_as_byte(result, self.length, offset)
result[1:20] = self.protocol
offset += 19
offset = Network.write_bytes(result, self.reserved, offset)
Network.write_bytes(result, self.info_hash, offset)
result[48:68] = self.peer_id
return result
def to_bytes(self):
result = dict()
result[b'msg_type'] = self.metadata_message_type
result[b'piece'] = self.piece_index
data = Bencode.bencode(result)
self.length = 2 + len(data)
result = bytearray(self.total_length)
offset = 0
offset = Network.write_int(result, self.length, offset)
offset = Network.write_int_as_byte(result, self.message_type, offset)
offset = Network.write_int_as_byte(result, self.type, offset)
Network.write_bytes(result, data, offset)
return result
def to_bytes(self):
result = dict()
added_result = bytearray()
flag_result = bytearray()
index = 0
for uri in self.added:
added_result[index:index + 6] = uri_to_bytes(uri)
flag_result.append(0x10)
index += 6
result[b'added'] = bytes(added_result)
result[b'added.f'] = bytes(flag_result)
bencoded = Bencode.bencode(result)
self.length = len(bencoded) + 2
result_bytes = bytearray(self.total_length)
offset = 0
offset = Network.write_int(result_bytes, self.length, offset)
offset = Network.write_int_as_byte(result_bytes, self.message_type,
offset)
offset = Network.write_int_as_byte(result_bytes, self.type, offset)
Network.write_bytes(result_bytes, bencoded, offset)
return result_bytes
