def _get_oldest_event_timestamp(self):
        """Search for the oldest event timestamp."""
        # Retrieve the oldest event in order to start aggregation
        # from there
        query_events = Search(
            using=self.client,
            index=self.event_index
        )[0:1].sort(
            {'timestamp': {'order': 'asc'}}
        )
        result = query_events.execute()
        # There might not be any events yet if the first event have been
        # indexed but the indices have not been refreshed yet.
        if len(result) == 0:
            return None
        return parser.parse(result[0]['timestamp'])
def _get_oldest_event_timestamp(self):
        """Search for the oldest event timestamp."""
        # Retrieve the oldest event in order to start aggregation
        # from there
        query_events = Search(
            using=self.client,
            index=self.event_index
        )[0:1].sort(
            {'timestamp': {'order': 'asc'}}
        )
        result = query_events.execute()
        # There might not be any events yet if the first event have been
        # indexed but the indices have not been refreshed yet.
        if len(result) == 0:
            return None
        return parser.parse(result[0]['timestamp'])
def _get_oldest_event_timestamp ( self ) : # Retrieve the oldest event in order to start aggregation # from there query_events = Search ( using = self . client , index = self . event_index ) [ 0 : 1 ] . sort ( { 'timestamp' : { 'order' : 'asc' } } ) result = query_events . execute ( ) # There might not be any events yet if the first event have been # indexed but the indices have not been refreshed yet. if len ( result ) == 0 : return None return parser . parse ( result [ 0 ] [ 'timestamp' ] )
Search for the oldest event timestamp.
Search for the oldest event timestamp .