def solvesCryptarithm(puzzle: str, solution: str) -> bool:
    """Check if a cryptarithm puzzle is solved correctly.

    Args:
        puzzle (str): The cryptarithm puzzle.
        solution (str): The solution to the puzzle.

    Returns:
        bool: True if the puzzle is solved correctly, False otherwise.
    """
    left = puzzle.split(" + ")[0].strip()
    right = puzzle.split(" + ")[1].split(" = ")[0].strip()
    result = puzzle.split(" + ")[1].split(" = ")[1].strip()
    scores = list(solution)
    for score, letter in enumerate(scores):
        print(score, letter)
        left = left.replace(letter, str(score))
        right = right.replace(letter, str(score))
        result = result.replace(letter, str(score))
    print(left, right, result)
    try:
        return int(left) + int(right) == int(result)
    except ValueError:
        return False


print("Testing solvesCryptarithm()...", end="")
#                         9567 + 1085 = 10652
assert solvesCryptarithm("SEND + MORE = MONEY", "OMY--ENDRS") == True

#                         201689 + 201689 = 403378
assert solvesCryptarithm("NUMBER + NUMBER = PUZZLE", "UMNZP-BLER") == True

#                         91542 + 3077542 = 3169084
assert solvesCryptarithm("TILES + PUZZLES = PICTURE", "UISPELCZRT") == True

#                         8456 + 1074 = 10542 (False)
assert solvesCryptarithm("SEND + MORE = MONEY", "OMY-ENDRS") == False

#                         9567 + 1085 = 1062 (False)
assert solvesCryptarithm("SEND + MORE = MONY", "OMY--ENDRS") == False

#                         No S in solution
assert solvesCryptarithm("SEND + MORE = MONEY", "OMY--ENDR-") == False
print("Passed!")