How to use the mutmut.cache.Mutant function in mutmut

def filename_and_mutation_id_from_pk(pk) -> Tuple[str, RelativeMutationID]:
    mutant = Mutant.get(id=pk)
    if mutant is None:
        raise ValueError("Obtained null mutant for pk: {}".format(pk))
    return mutant.line.sourcefile.filename, mutation_id_from_pk(pk)

def get_cached_mutation_statuses(filename, mutations, hash_of_tests):
    sourcefile = SourceFile.get(filename=filename)
    assert sourcefile

    line_obj_by_line = {}

    result = {}

    for mutation_id in mutations:
        if mutation_id.line not in line_obj_by_line:
            line_obj_by_line[mutation_id.line] = Line.get(sourcefile=sourcefile, line=mutation_id.line, line_number=mutation_id.line_number)
        line = line_obj_by_line[mutation_id.line]
        assert line
        mutant = Mutant.get(line=line, index=mutation_id.index)
        if mutant is None:
            mutant = get_or_create(Mutant, line=line, index=mutation_id.index, defaults=dict(status=UNTESTED))

        result[mutation_id] = mutant.status
        if mutant.status == OK_KILLED:
            # We assume that if a mutant was killed, a change to the test
            # suite will mean it's still killed
            result[mutation_id] = mutant.status
        else:
            if mutant.tested_against_hash != hash_of_tests or \
                    mutant.tested_against_hash == NO_TESTS_FOUND or \
                    hash_of_tests == NO_TESTS_FOUND:
                result[mutation_id] = UNTESTED
            else:
                result[mutation_id] = mutant.status

def cached_mutation_status(filename, mutation_id, hash_of_tests):
    sourcefile = SourceFile.get(filename=filename)
    assert sourcefile
    line = Line.get(sourcefile=sourcefile, line=mutation_id.line, line_number=mutation_id.line_number)
    assert line
    mutant = Mutant.get(line=line, index=mutation_id.index)
    if mutant is None:
        mutant = get_or_create(Mutant, line=line, index=mutation_id.index, defaults=dict(status=UNTESTED))

    if mutant.status == OK_KILLED:
        # We assume that if a mutant was killed, a change to the test
        # suite will mean it's still killed
        return OK_KILLED

    if mutant.tested_against_hash != hash_of_tests or \
            mutant.tested_against_hash == NO_TESTS_FOUND or \
            hash_of_tests == NO_TESTS_FOUND:
        return UNTESTED

    return mutant.status

def register_mutants(mutations_by_file):
    for filename, mutation_ids in mutations_by_file.items():
        hash = hash_of(filename)
        sourcefile = get_or_create(SourceFile, filename=filename)
        if hash == sourcefile.hash:
            continue

        for mutation_id in mutation_ids:
            line = Line.get(sourcefile=sourcefile, line=mutation_id.line, line_number=mutation_id.line_number)
            if line is None:
                raise ValueError("Obtained null line for mutation_id: {}".format(mutation_id))
            get_or_create(Mutant, line=line, index=mutation_id.index, defaults=dict(status=UNTESTED))

        sourcefile.hash = hash

print('')
                print("---- {} ({}) ----".format(filename, len(mutants)))
                print('')
                if show_diffs:
                    with open(filename) as f:
                        source = f.read()

                    for x in mutants:
                        print('# mutant {}'.format(x.id))
                        print(get_unified_diff(x.id, dict_synonyms, update_cache=False, source=source))
                else:
                    print(ranges([x.id for x in mutants]))

    print_stuff('Timed out ⏰', select(x for x in Mutant if x.status == BAD_TIMEOUT))
    print_stuff('Suspicious 🤔', select(x for x in Mutant if x.status == OK_SUSPICIOUS))
    print_stuff('Survived 🙁', select(x for x in Mutant if x.status == BAD_SURVIVED))
    print_stuff('Untested/skipped', select(x for x in Mutant if x.status == UNTESTED))

def cached_mutation_status(filename, mutation_id, hash_of_tests):
    sourcefile = SourceFile.get(filename=filename)
    assert sourcefile
    line = Line.get(sourcefile=sourcefile, line=mutation_id.line, line_number=mutation_id.line_number)
    assert line
    mutant = Mutant.get(line=line, index=mutation_id.index)
    if mutant is None:
        mutant = get_or_create(Mutant, line=line, index=mutation_id.index, defaults=dict(status=UNTESTED))

    if mutant.status == OK_KILLED:
        # We assume that if a mutant was killed, a change to the test
        # suite will mean it's still killed
        return OK_KILLED

    if mutant.tested_against_hash != hash_of_tests or \
            mutant.tested_against_hash == NO_TESTS_FOUND or \
            hash_of_tests == NO_TESTS_FOUND:
        return UNTESTED

    return mutant.status

def get_cached_mutation_statuses(filename, mutations, hash_of_tests):
    sourcefile = SourceFile.get(filename=filename)
    assert sourcefile

    line_obj_by_line = {}

    result = {}

    for mutation_id in mutations:
        if mutation_id.line not in line_obj_by_line:
            line_obj_by_line[mutation_id.line] = Line.get(sourcefile=sourcefile, line=mutation_id.line, line_number=mutation_id.line_number)
        line = line_obj_by_line[mutation_id.line]
        assert line
        mutant = Mutant.get(line=line, index=mutation_id.index)
        if mutant is None:
            mutant = get_or_create(Mutant, line=line, index=mutation_id.index, defaults=dict(status=UNTESTED))

        result[mutation_id] = mutant.status
        if mutant.status == OK_KILLED:
            # We assume that if a mutant was killed, a change to the test
            # suite will mean it's still killed
            result[mutation_id] = mutant.status
        else:
            if mutant.tested_against_hash != hash_of_tests or \
                    mutant.tested_against_hash == NO_TESTS_FOUND or \
                    hash_of_tests == NO_TESTS_FOUND:
                result[mutation_id] = UNTESTED
            else:
                result[mutation_id] = mutant.status

    return result