def basic_pawn_test():
print("========================================")
print("Performing the basic pawn movement test")
print("========================================")
board = Board()
pawn_colour = Colour.WHITE
white_pawn_one = Pawn(pawn_colour)
current_location = Location('a', 2)
board.__add_piece__(white_pawn_one, current_location)
print("For a {} pawn starting at position {} the moves are:".format(
pawn_colour, current_location))
print(white_pawn_one.allowed_moves(current_location, board))
new_location = Location('a', 4)
board.move_piece(white_pawn_one, current_location, new_location)
current_location = new_location
print("Moved the pawn to position {}".format(new_location))
print("For a {} pawn at position {} the moves are:".format(
pawn_colour, current_location))
print(white_pawn_one.allowed_moves(current_location, board))
def pawn_en_passant_test():
print("========================================")
print("Performing the pawn en passant test")
print("========================================")
board = Board()
white_pawn_one = Pawn(Colour.WHITE)
black_pawn_one = Pawn(Colour.BLACK)
black_pawn_two = Pawn(Colour.BLACK)
wp1_loc = Location('b', 2)
bp1_loc = Location('a', 7)
bp2_loc = Location('c', 7)
board.__add_piece__(white_pawn_one, wp1_loc)
board.__add_piece__(black_pawn_one, bp1_loc)
board.__add_piece__(black_pawn_two, bp2_loc)
print("The board was seeded with the following pieces: ")
print("{} pawn at position {}".format(white_pawn_one.colour, wp1_loc))
print("{} pawn at position {}".format(black_pawn_one.colour, bp1_loc))
print("{} pawn at position {}".format(black_pawn_two.colour, bp2_loc))
print(board)
# White pawn moves
print("For the {} pawn starting at position {} the moves are:".format(
white_pawn_one.colour, wp1_loc))
allowed_moves = white_pawn_one.allowed_moves(wp1_loc, board)
print(allowed_moves)
new_location = allowed_moves[1]
board.move_piece(white_pawn_one, wp1_loc, new_location)
wp1_loc = new_location
print("Moved the pawn to position {}".format(wp1_loc))
print(board)
# Black pawn moves
print("For the {} pawn starting at position {} the moves are:".format(
black_pawn_one.colour, bp1_loc))
allowed_moves = black_pawn_one.allowed_moves(bp1_loc, board)
print(allowed_moves)
new_location = allowed_moves[1]
print("For the {} pawn starting at position {} the moves are:".format(
black_pawn_two.colour, bp2_loc))
allowed_moves = black_pawn_two.allowed_moves(bp2_loc, board)
print(allowed_moves)
board.move_piece(black_pawn_one, bp1_loc, new_location)
print("Moved the {} pawn at {} to position {}".format(
black_pawn_one.colour, bp1_loc, new_location))
bp1_loc = new_location
print(board)
# White pawn moves
print("For the {} pawn at position {} the moves are:".format(
white_pawn_one.colour, wp1_loc))
allowed_moves = white_pawn_one.allowed_moves(wp1_loc, board)
print(allowed_moves)
new_location = allowed_moves[0]
board.move_piece(white_pawn_one, wp1_loc, new_location)
wp1_loc = new_location
print("Moved the pawn to position {}".format(wp1_loc))
print(board)
# Black pawn moves
print("For the {} pawn starting at position {} the moves are:".format(
black_pawn_one.colour, bp1_loc))
allowed_moves = black_pawn_one.allowed_moves(bp1_loc, board)
print(allowed_moves)
print("For the {} pawn starting at position {} the moves are:".format(
black_pawn_two.colour, bp2_loc))
allowed_moves = black_pawn_two.allowed_moves(bp2_loc, board)
print(allowed_moves)
new_location = allowed_moves[1]
board.move_piece(black_pawn_two, bp2_loc, new_location)
print("Moved the {} pawn at {} to position {}".format(
black_pawn_two.colour, bp2_loc, new_location))
bp2_loc = new_location
print(board)
# White pawn moves
print("For the {} pawn at position {} the moves are:".format(
white_pawn_one.colour, wp1_loc))
allowed_moves = white_pawn_one.allowed_moves(wp1_loc, board)
print(allowed_moves)
new_location = allowed_moves[1]
board.move_piece(white_pawn_one, wp1_loc, new_location)
wp1_loc = new_location
print("Moved the pawn to position {}".format(wp1_loc))
print(board)
print("The move history for this board is: ")
[print(item) for item in board.move_history]