Suduko

def complete(suduko):
  for x in range(0,9):
      for y in range(0,9):
        if suduko[x][y]==0:
          return False
  return True
def solve(suduko):
  for dig in range(0,81):
    x=dig//9
    y=dig%9
    if suduko[x][y]==0:
      for val in range(1,10):
        if not(val in suduko[x]):
          if not val in (suduko[8][y],suduko[7][y],suduko[6][y],suduko[5][y],suduko[4][y],suduko[3][y],suduko[2][y],suduko[1][y],suduko[0][y]):
            miniGrid=[]
            if x<3:
              if y<3:
                miniGrid=[suduko[dig][0:3] for dig in range(0,3)]
              elif y<6:
                miniGrid=[suduko[dig][3:6] for dig in range(0,3)]
              else:
                miniGrid=[suduko[dig][6:9] for dig in range(0,3)]
            elif x<6:
              if y<3:
                miniGrid=[suduko[dig][0:3] for dig in range(3,6)]
              elif y<6:
                miniGrid=[suduko[dig][3:6] for dig in range(3,6)]
              else:
                miniGrid=[suduko[dig][6:9] for dig in range(3,6)]
            else:
              if y<3:
                miniGrid=[suduko[dig][0:3] for dig in range(6,9)]
              elif y<6:
                miniGrid=[suduko[dig][3:6] for dig in range(6,9)]
              else:
                miniGrid=[suduko[dig][6:9] for dig in range(6,9)]
            if not val in (miniGrid[0] + miniGrid[1] + miniGrid[2]):
              suduko[x][y]=val
              if complete(suduko):
                return True

suduko = []
for x in range(9):
  #differentiate each value by a space
  #if no value, enter 0
  x = list(map(int, input("Enter row: ").split()))
  suduko.append(x)
solved = solve(suduko)
if solved:
  print("Solved!!")
  for x in suduko:
   print(*x, sep=" ")
else:
  print("not working")