Struct friendly_chess::chess::Chess

pub struct Chess {
    pub board: Board,
    pub turn: Color,
    pub kings: Kings,
    pub castling_rights: CastlingRights,
    pub history: MoveHistory,
    pub white_captures: Vec<Piece>,
    pub black_captures: Vec<Piece>,
    pub half_moves: u8,
    pub full_moves: u8,
    pub en_passant_sq: Option<SquareCoordinate>,
    /* private fields */
}

Fields

board: Board

turn: Color

kings: Kings

the kings’ positions on the board

castling_rights: CastlingRights

history: MoveHistory

white_captures: Vec<Piece>

black_captures: Vec<Piece>

half_moves: u8

full_moves: u8

en_passant_sq: Option<SquareCoordinate>

Implementations

impl Chess

pub fn new() -> Self

pub fn play_move(&mut self, m: Move) -> Result<(), ChessError>

pub fn make_move(&mut self, m: Move) -> Result<(), ChessError>

pub fn undo_move(&mut self) -> Result<(), ChessError>

pub fn moves_for_piece_type()

Get all legal moves for a specific piece type

pub fn moves_for_square( &mut self, sq: SquareCoordinate ) -> Result<Vec<Move>, ChessError>

Get all legal moves for the piece on the specified square

pub fn moves(&mut self) -> Result<Vec<Move>, ChessError>

Get all legal moves for the player to move

pub fn in_check(&self) -> Result<bool, ChessError>

Return true if the current player to move is in check

pub fn is_checkmate(&mut self) -> Result<bool, ChessError>

pub fn is_draw(&mut self) -> Result<bool, ChessError>

pub fn is_stalemate(&mut self) -> Result<bool, ChessError>

pub fn is_insufficient_material(&self) -> Result<bool, ChessError>

pub fn is_50_moves(&self) -> Result<bool, ChessError>

pub fn is_threefold_repetition(&self) -> Result<bool, ChessError>

pub fn is_attacked(&self, from: SquareCoordinate) -> Result<bool, ChessError>

Check if a square is attacked by opponent pieces

pub fn change_turn(&mut self)

pub fn get(&self, sq: SquareCoordinate) -> Result<Option<Piece>, ChessError>

Return the PieceType and its associated value on a square. Return an ChessError if the index is out of range.

Some(t) means an occupied square, None means the square is empty.

pub fn set( &mut self, sq: SquareCoordinate, piece: PieceType, color: Color ) -> Result<(Piece, usize), ChessError>

Put a piece at specific index on the board. Return the piece and index if succeed, or an ChessError if not.

Note: this does not update castling rights

pub fn remove(&mut self, sq: SquareCoordinate) -> Result<(), ChessError>

pub fn get_fen(&self) -> Result<String, ChessError>

pub fn load_fen(&mut self, fen: String) -> Result<(), ChessError>

pub fn perft(&mut self, depth: u8, yah: bool) -> Result<u64, ChessError>

pub fn clear(&mut self)