fn betting_round(&mut self, first_player: usize, pot: Money) -> Result<Money, Error> {
        let mut can_bet_count = self.players.iter().filter(|p| p.can_bet()).count();
        let n = self.players.len();
        let mut current_bet = self.players.iter().map(|p| p.bet).max().unwrap();
        let mut min_betsize = self.big_blind;
        for i in (0..self.players.len()).map(|i| (i + first_player) % n) {
            if can_bet_count < 2 {
                break;
            }
            if self.players[i].can_bet() {
                let raise = self.bet(i, current_bet, min_betsize, pot)?;
                min_betsize = min_betsize.max(raise);
                current_bet += raise;
                if !self.players[i].can_bet() {
                    can_bet_count -= 1;
                }
            }
        }

        // continue until everyone equal, all-in or folded
        let mut previous_bet = ZERO_MONEY;

        while previous_bet < current_bet {
            previous_bet = current_bet;
            for i in (0..self.players.len()).map(|i| (i + first_player) % n) {
                if can_bet_count < 2 {
                    break;
                }
                if self.players[i].can_bet() && self.players[i].bet != current_bet {
                    let raise = self.bet(i, current_bet, min_betsize, pot)?;
                    min_betsize = min_betsize.max(raise);
                    current_bet += raise;
                    if !self.players[i].can_bet() {
                        can_bet_count -= 1;
                    }
                }
            }
        }

        Ok(self
            .players
            .iter_mut()
            .map(|p| p.yield_bet())
            .sum::<Money>())
    }
/// A single round of poker consists of a series of betting rounds.
/// These rules depend on the game type.
/// Returns: the combined size of all table bets or an error if a
/// player made an illegal move
A single round of poker consists of a series of betting rounds.
These rules depend on the game type.
Returns: the combined size of all table bets or an error if a
player made an illegal move
A single round of poker consists of a series of betting rounds . These rules depend on the game type . Returns : the combined size of all table bets or an error if a player made an illegal move
fn betting_round(&mut self, first_player: usize, pot: Money) -> Result<Money, Error> {
        let mut can_bet_count = self.players.iter().filter(|p| p.can_bet()).count();
        let n = self.players.len();
        let mut current_bet = self.players.iter().map(|p| p.bet).max().unwrap();
        let mut min_betsize = self.big_blind;
        for i in (0..self.players.len()).map(|i| (i + first_player) % n) {
            if can_bet_count < 2 {
                break;
            }
            if self.players[i].can_bet() {
                let raise = self.bet(i, current_bet, min_betsize, pot)?;
                min_betsize = min_betsize.max(raise);
                current_bet += raise;
                if !self.players[i].can_bet() {
                    can_bet_count -= 1;
                }
            }
        }
        // continue until everyone equal, all-in or folded
        let mut previous_bet = ZERO_MONEY;
        while previous_bet < current_bet {
            previous_bet = current_bet;
            for i in (0..self.players.len()).map(|i| (i + first_player) % n) {
                if can_bet_count < 2 {
                    break;
                }
                if self.players[i].can_bet() && self.players[i].bet != current_bet {
                    let raise = self.bet(i, current_bet, min_betsize, pot)?;
                    min_betsize = min_betsize.max(raise);
                    current_bet += raise;
                    if !self.players[i].can_bet() {
                        can_bet_count -= 1;
                    }
                }
            }
        }
        Ok(self
            .players
            .iter_mut()
            .map(|p| p.yield_bet())
            .sum::<Money>())
    }
fn betting_round ( & mut self , first_player : usize , pot : Money ) -> Result < Money , Error > { let mut can_bet_count = self . players . iter ( ) . filter ( | p | p . can_bet ( ) ) . count ( ) ; let n = self . players . len ( ) ; let mut current_bet = self . players . iter ( ) . map ( | p | p . bet ) . max ( ) . unwrap ( ) ; let mut min_betsize = self . big_blind ; for i in ( 0 .. self . players . len ( ) ) . map ( | i | ( i + first_player ) % n ) { if can_bet_count < 2 { break ; } if self . players [ i ] . can_bet ( ) { let raise = self . bet ( i , current_bet , min_betsize , pot ) ? ; min_betsize = min_betsize . max ( raise ) ; current_bet += raise ; if ! self . players [ i ] . can_bet ( ) { can_bet_count -= 1 ; } } } // continue until everyone equal, all-in or folded let mut previous_bet = ZERO_MONEY ; while previous_bet < current_bet { previous_bet = current_bet ; for i in ( 0 .. self . players . len ( ) ) . map ( | i | ( i + first_player ) % n ) { if can_bet_count < 2 { break ; } if self . players [ i ] . can_bet ( ) && self . players [ i ] . bet != current_bet { let raise = self . bet ( i , current_bet , min_betsize , pot ) ? ; min_betsize = min_betsize . max ( raise ) ; current_bet += raise ; if ! self . players [ i ] . can_bet ( ) { can_bet_count -= 1 ; } } } } Ok ( self . players . iter_mut ( ) . map ( | p | p . yield_bet ( ) ) . sum :: < Money > ( ) ) }
A single round of poker consists of a series of betting rounds.
A single round of poker consists of a series of betting rounds .
&mut self
first_player
usize
pot
Money
&mut self
first_player
usize
pot
Money