def test_move_in_check(): # noqa: D103
grid = Grid()
r, f = 1, 1
king = piece_types.King(Position(r, f - 1))
rook = piece_types.Rook(Position(r, f + 1), color=Color.Black)
p1 = piece_types.Pawn(Position(r - 1, f))
p2 = piece_types.Pawn(Position(r - 1, f + 2))
for piece in (king, rook, p1, p2):
grid.add_piece(piece)
assert grid.own_king_in_check(king)
assert not grid.move(p2.position, p2.position + Position(1, 0))
assert grid.move(p1.position, p1.position + Position(1, 0))
assert not grid.own_king_in_check(king)
p1.position += Position(-1, 0)
print(king, p2, rook)
assert grid.own_king_in_check(king)
assert grid.move(p2.position, rook.position)
assert not grid.own_king_in_check(king)
def grid_castle(): # noqa: D103
grid = Grid()
setup = {
Color.White: {
"a1": piece_types.Rook,
"h1": piece_types.Rook,
"e1": piece_types.King
},
Color.Black: {
"a8": piece_types.Rook,
"h8": piece_types.Rook,
"e8": piece_types.King
}
}
for color, notations in setup.items():
for notation, piece_cls in notations.items():
piece = piece_cls(Position.get_pos(notation), color)
grid.add_piece(piece)
return grid
def queen(): # noqa: D103
grid = Grid()
queen = pieces.Queen(Position(1, 1))
grid.add_piece(queen)
return queen
def knight(): # noqa: D103
grid = Grid()
knight = pieces.Knight(Position(1, 1))
grid.add_piece(knight)
return knight
def rook(): # noqa: D103
grid = Grid()
rook = Rook(Position(1, 1))
grid.add_piece(rook)
return rook
def king(): # noqa: D103
grid = Grid()
king = pieces.King(Position(1, 1))
grid.add_piece(king)
return king
def pawn(): # noqa: D103
grid = Grid()
pawn = pieces.Pawn(Position(1, 1))
grid.add_piece(pawn)
return pawn
def bishop(): # noqa: D103
grid = Grid()
bishop = pieces.Bishop(Position(1, 1))
grid.add_piece(bishop)
return bishop
def piece(): # noqa: D103
grid = Grid()
piece = Piece((4, 4))
grid.add_piece(piece)
return piece