user_player.py

from abstract_player import AbstractPlayer


# class that represents user controlled user
class UserPlayer(AbstractPlayer):
    def __init__(self, name):
        AbstractPlayer.__init__(self, name)

    # ===========================================================================
    # #UPDATE:
    # ===========================================================================
    def update(self, gamestate):

        # =======================================================================
        # #GAMESTATE ANALYSIS         
        # =======================================================================

        # MONEY:
        money = self.getMoney()

        # IDENTIFY TOCALL:
        tocall = gamestate.get_player_bet_difference(self)
        if not self.allin:
            print'////////////////////////////////'
            print '%s :' % (self.getName())
            print
            if gamestate.get_cards_on_table() != []:
                print gamestate.displayCards()
            print 'Your hand is %s' % (self.getHand())
            print '%s has to call %s' % (self.getName(), tocall)
            print

            # POSSIBLE ACTIONS:
            if tocall == 0:
                possibleactions = 'Fold, Check, Bet, Allin'
                act = ['F', 'H', 'B', 'A']
            elif tocall < money:
                possibleactions = 'Fold, Call, Raise, Allin'
                act = ['F', 'C', 'R', 'A']
            elif tocall >= money:
                possibleactions = 'Fold, Allin'
                act = ['F', 'A']

            print 'Possible actions are: %s' % (possibleactions)
            print 'Press F to Fold, H to check, C to call, B to bet, R to raise, A to bet Allin'
            print
            imput = raw_input('Please choose an action: ')
            print

            while imput not in act:
                print 'Selcted wrong key:'
                imput = raw_input('Please choose an action: ')

            if imput == 'F':
                self.fold(gamestate)

            elif imput == 'H':
                self.check(gamestate)

            elif imput == 'C':
                self.call(gamestate)

            elif imput == 'A':
                self.allIn(gamestate)

            elif imput == 'R':
                maxa = money - tocall
                print 'Maximum of raise is %s' % (maxa)
                valuee = raw_input('please imput a value')
                valuee = int(valuee)
                while valuee > maxa:
                    valuee = raw_input('please imput a value')
                    valuee = int(valuee)

                if valuee == maxa:
                    self.allIn(gamestate)
                else:
                    self.bet(gamestate, tocall + valuee)

            elif imput == 'B':
                maxa = money
                print 'Maximum of bet is %s' % (maxa)
                valuee = raw_input('please imput a value')
                valuee = int(valuee)
                while valuee > maxa:
                    valuee = raw_input('please imput a value')
                    valuee = int(valuee)

                if valuee == maxa:
                    self.allIn(gamestate)
                else:
                    self.bet(gamestate, tocall + valuee)

            print'////////////////////////////////'
            print