def test_grid_allowed_values_rowcolblk(self):
grid = Grid()
square = grid.square(2, 3)
square.value = 5
self._testing_influencing_squares(square, 5, False, grid.Row(2))
self._testing_influencing_squares(square, 5, False, grid.Column(3))
self._testing_influencing_squares(square, 5, False,
grid.BlockFromSquare(2, 3))
square.clear()
self._testing_influencing_squares(square, 5, True, grid.Row(2))
self._testing_influencing_squares(square, 5, True, grid.Column(3))
self._testing_influencing_squares(square, 5, True,
grid.BlockFromSquare(2, 3))
def test_grid_block(self):
grid = Grid()
for r in range(SCS.GRIDSIZE):
for c in range(SCS.GRIDSIZE):
square = grid.square(r, c)
blk = grid.BlockFromSquare(r, c)
assert blk._Contains(square)
assert grid.sqRow(square) == r
assert grid.sqCol(square) == c
assert grid.sqBlock(square) == blk
r0 = (r // SCS.BLOCKSIZE) * SCS.BLOCKSIZE
c0 = (c // SCS.BLOCKSIZE) * SCS.BLOCKSIZE
for r2 in range(r0, r0 + SCS.BLOCKSIZE):
for c2 in range(c0, c0 + SCS.BLOCKSIZE):
if r2 != r or c2 != c:
assert blk._Contains(grid.square(r2, c2))
