def get_keys_of_no_dict_values(*dicts):
    keys = []
    for d in dicts:
        keys.extend([k
                    for k
                    in d.keys()
                    if ((k not in keys)
                        and (not isinstance(d[k], dict)))]
        )

    return keys


def get_keys_of_dict_values(*dicts):
    keys = []
    for d in dicts:
        keys.extend([k
                    for k
                    in d.keys()
                    if ((k not in keys) and isinstance(d[k], dict))])

    return keys

def get_split_indices(text):
    indices = []
    import string
    is_lower = lambda c: c in string.ascii_lowercase
    is_upper = lambda c: c in string.ascii_uppercase

    last_lower = is_lower(text[0])
    for i, ch in enumerate(text[1:], start=1):
        current_lower = is_lower(ch)
        if last_lower != current_lower:
            indices.append(i)
            last_lower = current_lower

    return indices

INDENT = "   "

def key2attr(key):
    return key.strip().replace("-","_").lower()

def convert2class(data, cls_name, indent=0):
    offset = indent * INDENT
    spacing = offset + INDENT
    lines = []

    for key in get_keys_of_dict_values(data):
        lines.append(convert2class(data[key], key.capitalize()))
        lines.append("")

    lines.extend([
        f"{offset}class {cls_name}:",
        f"{spacing}def __init__(self, data):",
        f"{spacing + INDENT}self._data = data"])

    for key in get_keys_of_no_dict_values(data):
        lines.append("")
        lines.append(f"{spacing}@property")
        lines.append(f"{spacing}def {key2attr(key)}(self):")
        lines.append(f"{spacing + INDENT}return self._data[\"{key}\"]")

    for key in get_keys_of_dict_values(data):
        lines.append("")
        lines.append(f"{spacing}@property")
        lines.append(f"{spacing}def {key2attr(key)}(self) -> {key.capitalize()}:")
        lines.append(f"{spacing + INDENT}return {key.capitalize()}(self._data[\"{key}\"])")


    return "\n".join(lines)

DICT = dict(name="ico", address=dict(street="hemus", city="sofia"))

def main():
    import string
    print(convert2class(DICT, "Person"))
    [print(_) for _ in dir(string)]
    word="myLocalValue"
    print(word)
    print(get_split_indices(word))

if __name__ == "__main__":
    main()