def elegant_solver_test():
board_start = 1
board_end = 6
boards = []
solved_boards_and_results = []
board_time = []
# Load in all boards
for board_number in range(board_start, board_end + 1):
file_path = 'Sudoku/Boards/board ' + str(board_number) + '.txt'
boards.append(ElegantSolver.ElegantSolver(file_path))
# Print original board
for board_number in range(board_start, board_end + 1):
solver = boards[board_number - 1]
print '\nOriginal Board ' + str(board_number) + '\n'
IO.print_board(solver.board.raw_board)
# Get time for all boards
start_time = datetime.datetime.now()
for board_number in range(board_start, board_end + 1):
solver = boards[board_number - 1]
start_time_board = datetime.datetime.now()
print '\nSolved Board ' + str(board_number) + '\n'
solved_boards_and_results.append(solver.solve())
end_time_board = datetime.datetime.now()
board_time.append(end_time_board - start_time_board)
# Get time for all boards
end_time = datetime.datetime.now()
# Calculate the difference between the start and end time for all boards
diff_time = end_time - start_time
# Get the time in seconds
time = float(diff_time.seconds) + float(diff_time.microseconds) / float(1000000)
# for board_number in range(board_start, board_end + 1):
# my_time = board_time[board_number - 1]
# board_time[board_number] = float(my_time.seconds) + float(my_time.microseconds) / float(1000000)
# Display information to the user.
print '\nTotal time'
print time
print ''
# for board_number in range(board_start, board_end + 1):
# print '\nTime for Board ' + str(board_number)
# print board_time[board_number - 1]
'''
def solve_board(file_path):
# Load in board, and time how long it takes to solve.
board = IO.load_board(file_path)
start_time = datetime.datetime.now()
solved_board, result = BruteForce.brute_force(board)
end_time = datetime.datetime.now()
# Calculate the difference between the start and end time
diff_time = end_time - start_time
# Get the time in seconds
time = float(diff_time.seconds) + float(diff_time.microseconds) / float(1000000)
# Display information to the user.
print time
print "\nOriginal Board\n"
IO.print_board(board)
print "\nSolved Board\n"
IO.print_board(solved_board)
return solved_board, result
def test_loadBoard(self):
loaded_board = IO.load_board('Unit Test Board 1.txt')
self.assertEqual(loaded_board, self.solvedBoard1)
