old_version/solver.py
def is_sudoku_completed(self) -> bool:
        """
        Checks if there are no blank cells and all elements are correctly filled.
        :return: bool
        """
        # if len(self.s.zero_positions) == 0:
        if np.count_nonzero(self.s.array) == 81:
            if self.assert_sum_digits_in_element(self.s.rows):
                if self.assert_sum_digits_in_element(self.s.columns):
                    if self.assert_sum_digits_in_element(self.s.squares):
                        return True
        return False

        Checks if there are no blank cells and all elements are correctly filled.
        :return: bool
        
Checks if there are no blank cells and all elements are correctly filled.
Checks if there are no blank cells and all elements are correctly filled .
def is_sudoku_completed(self) -> bool:
        if np.count_nonzero(self.s.array) == 81:
            if self.assert_sum_digits_in_element(self.s.rows):
                if self.assert_sum_digits_in_element(self.s.columns):
                    if self.assert_sum_digits_in_element(self.s.squares):
                        return True
        return False
def is_sudoku_completed ( self ) -> bool : if np . count_nonzero ( self . s . array ) == 81 : if self . assert_sum_digits_in_element ( self . s . rows ) : if self . assert_sum_digits_in_element ( self . s . columns ) : if self . assert_sum_digits_in_element ( self . s . squares ) : return True return False
Checks if there are no blank cells and all elements are correctly filled.
Checks if there are no blank cells and all elements are correctly filled .
"""
        Checks if there are no blank cells and all elements are correctly filled.
        :return: bool
        """ # if len(self.s.zero_positions) == 0:
None
self