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_rows(self):
grid = Grid()
for r in range(SCS.GRIDSIZE):
for c in range(SCS.GRIDSIZE):
square = grid.square(r, c)
row = grid.Row(r)
assert row._Contains(square)
for c2 in range(SCS.GRIDSIZE):
if c2 != c:
assert row._Contains(grid.square(r, c2))
def IsValidValues(self, grid: Grid):
for r in range(grid.nRows):
if not self._squaresValidator.IsValidValues(grid.Row(r)):
return False
for c in range(grid.nCols):
if not self._squaresValidator.IsValidValues(grid.Column(c)):
return False
for brow in range(grid.nBlockRows):
for bcol in range(grid.nBlockCols):
if not self._squaresValidator.IsValidValues(
grid.Block(brow, bcol)):
return False
return True
def IsCompleteValues(self, grid: Grid):
for r in range(grid.nRows):
if not self._squaresValidator.IsCompleteValues(grid.Row(r)):
return False
return True
