import time from .inlineresult import InlineResult class InlineResults(list): """ Custom class that encapsulates :tl:`BotResults` providing an abstraction to easily access some commonly needed features (such as clicking one of the results to select it) Note that this is a list of `InlineResult ` so you can iterate over it or use indices to access its elements. In addition, it has some attributes. Attributes: result (:tl:`BotResults`): The original :tl:`BotResults` object. query_id (`int`): The random ID that identifies this query. cache_time (`int`): For how long the results should be considered valid. You can call `results_valid` at any moment to determine if the results are still valid or not. users (:tl:`User`): The users present in this inline query. gallery (`bool`): Whether these results should be presented in a grid (as a gallery of images) or not. next_offset (`str`, optional): The string to be used as an offset to get the next chunk of results, if any. switch_pm (:tl:`InlineBotSwitchPM`, optional): If presents, the results should show a button to switch to a private conversation with the bot using the text in this object. """ def __init__(self, client, original): super().__init__(InlineResult(client, x, original.query_id) for x in original.results) self.result = original self.query_id = original.query_id self.cache_time = original.cache_time self._valid_until = time.time() + self.cache_time self.users = original.users self.gallery = bool(original.gallery) self.next_offset = original.next_offset self.switch_pm = original.switch_pm def results_valid(self): """ Returns `True` if the cache time has not expired yet and the results can still be considered valid. """ return time.time() < self._valid_until def _to_str(self, item_function): return ('[{}, query_id={}, cache_time={}, users={}, gallery={}, ' 'next_offset={}, switch_pm={}]'.format( ', '.join(item_function(x) for x in self), self.query_id, self.cache_time, self.users, self.gallery, self.next_offset, self.switch_pm )) def __str__(self): return self._to_str(str) def __repr__(self): return self._to_str(repr)