This function returns the generated node_id as a bitstring.

This function returns the generated node_id encoded as a String (40 characters).

This function needs an infohash as binary and a callback function as parameter. This function uses its own routing table as a starting point to start a get_peers search for the given infohash.

Example

iex> "3F19B149F53A50E14FC0B79926A391896EABAB6F"
      |> Base.decode16!
      |> MlDHT.search(fn(node) ->
       {ip, port} = node
       IO.puts "ip: #{inspect ip} port: #{port}"
     end)

This function needs an infohash as binary and callback function as parameter. This function does the same thing as the search/2 function, except it sends an announce message to the found peers. This function does not need a TCP port which means the announce message sets :implied_port to true.

Example

iex> "3F19B149F53A50E14FC0B79926A391896EABAB6F"
     |> Base.decode16!
     |> MlDHT.search_announce(fn(node) ->
       {ip, port} = node
       IO.puts "ip: #{inspect ip} port: #{port}"
     end)

This function needs an infohash as binary, a callback function as parameter, and a TCP port as integer. This function does the same thing as the search/2 function, except it sends an announce message to the found peers.

Example

iex> "3F19B149F53A50E14FC0B79926A391896EABAB6F" ## Ubuntu 15.04
     |> Base.decode16!
     |> MlDHT.search_announce(fn(node) ->
       {ip, port} = node
       IO.puts "ip: #{inspect ip} port: #{port}"
     end, 6881)