def solve((rows, problem)):
model = solver.solve(problem)
print_sudoku_solution(rows, model)
def queens(n):
env = solver.solve(queens_problem(n))
if env is None:
print 'none'
else:
show_board(n, env)
def solve(form):
rows, problem = read_sudoku_problem(form)
model = solver.solve(problem)
print_sudoku_solution(rows, model)
def unconstrained_sudoku(n):
rows, problem = make_sudoku_grid(n)
model = solver.solve(problem)
print_sudoku_solution(rows, model)
def solve(form):
rows, problem = read_sudoku_problem(form)
model = solver.solve(problem)
print_sudoku_solution(rows, model)
def unconstrained_sudoku(n):
rows, problem = make_sudoku_grid(n)
model = solver.solve(problem)
print_sudoku_solution(rows, model)
def queens(n):
env = solver.solve(queens_problem(n))
if env is None:
print 'none'
else:
show_board(n, env)