This contains one of the two main threads of the program, that continue until completion of the download. This function will search for readable socket, and then parse the data to one of the PyBitTorrent.Message classes. Right after launching the handshakes thread polls, we start listening for incomming messages using the handle_messages function, that calling the receive_messages in the PeersManager in his turn.note that this process happens in parallel to the other 2 threads. the number_of_polls calculated according to the length of the given peers divided by the MAX_HANDSHAKE_THREADS, so we can cover all the peers. each thread contain MAX_HANDSHAKE_THREADS of peers to handshake with. The handshakes happen in a poll of threads. Then, we try to connect each one of them, until the value of max_peers achieved.At first, we retrieve all available peers, using the trackers from the torrent file, or from the peers file provided.List of BitTorrent messages and their support Type 11:45:25.687 ERROR Bittorrent - handle_messages: No peers found, sleep for 2 seconds 11:45:25.687 DEBUG PeersManager - send_handshakes: Poll number 1/13

11:45:14.923 INFO UDPTracker - get_peers: success in scraping udp://:6969/announce got 200 peers 11:45:14.507 INFO UDPTracker - get_peers: success in scraping udp://:6969/announce got 88 peers 'comment ': 'dynamic metainfo from client ', 11:44:48.577 INFO TorrentFile - _init_: Start reading from BitTorrent file Python examples/Client.py -torrent '~/Downloads/Big Buck Bunny (1920x1080 h.264).torrent '-output-directory ~/Downloads

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