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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def get(self, setting_name, warn_only_if_overridden=False, accept_deprecated='', suppress_warnings=False, enforce_type=None, check_if_setting_deprecated=True, warning_stacklevel=3):
 """ Returns a setting value for the setting named by ``setting_name``. The returned value is actually a reference to the original setting value, so care should be taken to avoid setting the result to a different value. :param setting_name: The name of the app setting for which a value is required. :type setting_name: str (e.g. "SETTING_NAME") :param warn_only_if_overridden: If the setting named by ``setting_name`` is deprecated, a value of ``True`` can be provided to silence the immediate deprecation warning that is otherwise raised by default. Instead, a (differently worded) deprecation warning will be raised, but only when the setting is overriden. :type warn_only_if_overridden: bool :param accept_deprecated: If the setting named by ``setting_name`` replaces multiple deprecated settings, the ``accept_deprecated`` keyword argument can be used to specify which of those deprecated settings to accept as an override value. Where the requested setting replaces only a single deprecated setting, override values for that deprecated setting will be accepted automatically, without having to specify anything. :type accept_deprecated: str (e.g. "DEPRECATED_SETTING_NAME") :param suppress_warnings: Use this to prevent the raising of any deprecation warnings that might otherwise be raised. It may be more useful to use ``warn_only_if_overridden`` instead. :type suppress_warnings: bool :param enforce_type: When a setting value of a specific type is required, this can be used to apply some basic validation at the time of retrieval. If supplied, and setting value is found not to be an instance of the supplied type, a ``SettingValueTypeInvalid`` error will be raised. In cases where more than one type of value is accepted, a tuple of acceptable types can be provided. :type enforce_type: A type (class), or tuple of types :param check_if_setting_deprecated: Can be used to disable the check that usually happens at the beginning of the method to identify whether the setting named by ``setting_name`` is deprecated, and conditionally raise a warning. This can help to improve efficiency where the same check has already been made. :type check_if_setting_deprecated: bool :param warning_stacklevel: When raising deprecation warnings related to the request, this value is passed on as ``stacklevel`` to Python's ``warnings.warn()`` method, to help give a more accurate indication of the code that caused the warning to be raised. :type warning_stacklevel: int :raises: UnknownSettingNameError, SettingValueTypeInvalid Instead of calling this method directly, developers are generally encouraged to use the direct attribute shortcut, which is a syntactically much cleaner way to request values using the default options. For example, the the following lines are equivalent:: appsettingshelper.SETTING_NAME appsettingshelper.get('SETTING_NAME') """

        if check_if_setting_deprecated:
            self._warn_if_deprecated_setting_value_requested(
                setting_name, warn_only_if_overridden, suppress_warnings,
                warning_stacklevel)

        cache_key = self._make_cache_key(setting_name, accept_deprecated)
        if cache_key in self._raw_cache:
            return self._raw_cache[cache_key]

        result = self._get_raw_value(
            setting_name,
            accept_deprecated=accept_deprecated,
            warn_if_overridden=warn_only_if_overridden,
            suppress_warnings=suppress_warnings,
            warning_stacklevel=warning_stacklevel + 1,
        )

        if enforce_type and not isinstance(result, enforce_type):
            if isinstance(enforce_type, tuple):
                msg = (
                    "The value is expected to be one of the following types, "
                    "but a value of type '{current_type}' was found: "
                    "{required_types}."
                )
                text_format_kwargs = dict(
                    current_type=type(result).__name__,
                    required_types=enforce_type,
                )
            else:
                msg = (
                    "The value is expected to be a '{required_type}', but a "
                    "value of type '{current_type}' was found."
                )
                text_format_kwargs = dict(
                    current_type=type(result).__name__,
                    required_type=enforce_type.__name__,
                )
            self._raise_setting_value_error(
                setting_name=setting_name,
                user_value_error_class=OverrideValueTypeInvalid,
                default_value_error_class=DefaultValueTypeInvalid,
                additional_text=msg,
                **text_format_kwargs
            )
        self._raw_cache[cache_key] = result
        return result