def solver(self,puzzle,algorithm):
"""
This method uses the algorithm specified to solve the game
"""
if(algorithm =="recursive"):
board = sudokustr.SudokuStr(puzzle)
if(board.verify_string_to_sudoku()):
self.original = board.get_str()
puzzle = board.get_str()
recursivesk = recursive.Recursive(puzzle)
self.solution=recursivesk.solve_one_sudoku()
self.solve_time = recursivesk.get_time()
print(self.human_string(self.solution))
print self.solve_time
elif (algorithm =="peter"):
board = sudokustr.SudokuStr(puzzle)
if(board.verify_string_to_sudoku()):
self.original = board.get_str()
puzzle = board.get_str()
petersk = peter_algorithm.Peter_algorithm()
self.solution = petersk.get_game_solution (puzzle)
self.solve_time = petersk.get_time()
print(self.human_string(self.solution))
print self.solve_time
elif (algorithm =="bactracking"):
"""
This implements the backtrack algorithm in order to solve the game
"""
board = sudokustr.SudokuStr(puzzle)
if(board.verify_string_to_sudoku()):
self.original = board.get_str()
puzzle = board.get_str()
bactrack = Resolve(puzzle)
sudoku_matrix = bactrack.convert_str_to_matrix(puzzle, 9, 9)
self.execute = bactrack.resolve(sudoku_matrix)
self.solution = bactrack.get_solve_game()
self.solve_time = bactrack.get_time()
print(self.human_string(self.solution))
print self.solve_time
else:
print ("Other algorithm")
