int main(void) {
/*
Sudoku my_sudoku = sudoku_new(9); //Create
sudoku_default(my_sudoku); //Creates a non-unique generic sudoku
//sudoku_print(my_sudoku); //Print
sudoku_print(my_sudoku);
printf("\nTransform\n");
//sudoku_swap_brow(my_sudoku, 2, 1);
//sudoku_flip_colbox(my_sudoku);
sudoku_transform(my_sudoku); //Flips on many axes to create a unique sudoku
sudoku_print(my_sudoku);
printf("Hors?: %i\n", check_horizontals(my_sudoku));
printf("Vert?: %i\n", check_verticals(my_sudoku));
printf("Boxs?: %i\n", check_boxes(my_sudoku));
//sudoku_print(my_sudoku);
printf("\n");
sudoku_delete_space(my_sudoku, 70); //Deletes spaces a random percentage
sudoku_print(my_sudoku);
printf("\n");
int i;
for (i=0; i < (my_sudoku->size * my_sudoku->size); i++) {
if (my_sudoku->edit_array[i] == 1) {
my_sudoku->sudoku_array[i] = 8;
}
}
sudoku_print(my_sudoku);
*/
Sudoku my_sudoku = sudoku_unique_setup(9, 70, 42142114);
//printf("reseting at 0, 1, 2\n");
sudoku_reset(my_sudoku);
sudoku_print(my_sudoku);
printf("Free\n");
sudoku_free(my_sudoku);
printf("Done\n");
}
int main(void)
{
int n, m, i, j;
int **A;
ecp *p;
/* load problem */
printf("\nProblem\n");
sudoku *s = sudoku_new(stdin);
sudoku_show_problem(stdout, s);
/* solve */
printf("\nAnswer\n");
sudoku_solve(s);
sudoku_show_answer(stdout, s);
/* free */
sudoku_free(s);
return 0;
}
