def output(sudoku: "sudoku.NativeSudoku", printer_name: str, separator: str,
output: "io.BufferWriter", args: "Namespace"):
"""Outputs the sudoku as printer wants it"""
printer = Register.get_printer(printer_name)
if printer is None:
raise UIError("Invalid printer name {}".format(printer_name))
printer(sudoku)
def solve(
sudoku: "sudoku.NativeSudoku", solver_name: str,
args: "Namespace") -> "sudoku.NativeSudoku|[sudoku.NativeSudoku, ...]":
"""Solves NativeSudoku with solver determined by solver"""
solver = Register.get_solver(solver_name)
if solver is None:
raise UIError("Invalid solver name {}".format(solver_name))
try:
return solver(sudoku)
except SolvingError as error:
print("Solver returned error '{}'".format(error))
if args.verbosity:
print("Incomplete sudoku: ", end="")
Register.get_printer('list')(error.sudoku)
if args.exceptions:
raise
def solve(
sudoku:"sudoku.NativeSudoku",
solver_name:str,
args:"Namespace"
) -> "sudoku.NativeSudoku|[sudoku.NativeSudoku, ...]":
"""Solves NativeSudoku with solver determined by solver"""
solver = Register.get_solver(solver_name)
if solver is None:
raise UIError("Invalid solver name {}".format(solver_name))
try:
return solver(sudoku)
except SolvingError as error:
print("Solver returned error '{}'".format(error))
if args.verbosity:
print("Incomplete sudoku: ", end="")
Register.get_printer('list')(error.sudoku)
if args.exceptions:
raise
def output(
sudoku:"sudoku.NativeSudoku",
printer_name:str,
separator:str,
output:"io.BufferWriter",
args:"Namespace"
):
"""Outputs the sudoku as printer wants it"""
printer = Register.get_printer(printer_name)
if printer is None:
raise UIError("Invalid printer name {}".format(printer_name))
printer(sudoku)
