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  • 0 posts edited
  • 2 helpful flags
  • 17 votes cast
Nov
6
comment Fair dice over network w/o trusted 3rd party
All players could work against one player. Your idea simply won't work.
Nov
6
comment Fair dice over network w/o trusted 3rd party
Thank you very much for you well elaborated answer! Hehe, no, I won't create a million dollars lottery. :-) I just wanted to program a little game of Backgammon and wasn't sure how to do the dicing. Thinking further I came up with this question about M players and N dice. My code now looks as follows: dice.py. Esp. the timing that you spoke of I still have to implement. Thank you again! :-)
Nov
6
awarded  Scholar
Nov
6
accepted Fair dice over network w/o trusted 3rd party
Nov
6
comment Fair dice over network w/o trusted 3rd party
Two (or any numbers of) players could work together.
Nov
6
awarded  Editor
Nov
6
revised Fair dice over network w/o trusted 3rd party
grammar
Nov
6
awarded  Student
Nov
6
comment Fair dice over network w/o trusted 3rd party
@Byte56, I don't trust the client. I want the algorithm to be "temper prove". But I don't know if that is possible at all.
Nov
6
asked Fair dice over network w/o trusted 3rd party
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