""" CalendarEventSummarizer Generated by Eden via recursive self-improvement 2025-10-27 19:25:04.415593 """ class CalendarEventSummarizer: """ A class to summarize calendar events from multiple sources into a single view. Attributes: events (dict): Dictionary to store calendar events, keyed by date. date_range (tuple): Start and end dates for summarization. time_zone (str): Time zone for the calendar events. Methods: add_google_calendar_events(events): Adds events from Google Calendar format. add_outlook_calendar_events(events): Adds events from Outlook Calendar format. filter_events(criteria): Filters events based on given criteria. summarize(): Summarizes events into daily time slots. display_summary(): Prints the summarized calendar in a readable format. """ def __init__(self, start_date=None, end_date=None, time_zone='UTC'): self.events = {} self.date_range = (start_date, end_date) if start_date and end_date else (None, None) self.time_zone = time_zone def add_google_calendar_events(self, events): """ Adds Google Calendar formatted events to the summary. Args: events (list): List of dictionaries in Google Calendar format. """ for event in events: date = event['start']['date'] if date not in self.events: self.events[date] = [] self.events[date].append({ 'title': event['summary'], 'time': f"{event['start']['time']}-{event['end']['time']}" }) def add_outlook_calendar_events(self, events): """ Adds Outlook Calendar formatted events to the summary. Args: events (list): List of dictionaries in Outlook Calendar format. """ for event in events: date = event['start']['date'] if date not in self.events: self.events[date] = [] self.events[date].append({ 'title': event['subject'], 'time': f"{event['start']['time']}-{event['end']['time']}" }) def filter_events(self, criteria): """ Filters events based on given criteria. Args: criteria (dict): Dictionary with keys like 'min_duration' or 'exclude_days'. """ filtered_events = {} for date, events in self.events.items(): filtered_date_events = [] for event in events: keep_event = True for key, value in criteria.items(): if key == 'min_duration': duration = self._calculate_duration(event['time']) if duration < value: keep_event = False elif key == 'exclude_days': if date in value: keep_event = False if keep_event: filtered_date_events.append(event) if filtered_date_events: filtered_events[date] = filtered_date_events self.events = filtered_events def _calculate_duration(self, time_str): """ Internal method to calculate duration of an event from its time string. Args: time_str (str): Time in 'HH:MM-HH:MM' format. Returns: int: Duration in minutes. """ start, end = time_str.split('-') start_min = self._convert_time_to_minutes(start) end_min = self._convert_time_to_minutes(end) return end_min - start_min def _convert_time_to_minutes(self, time): """ Internal method to convert HH:MM time format to total minutes. Args: time (str): Time in 'HH:MM' format. Returns: int: Total minutes since midnight. """ hours, mins = map(int, time.split(':')) return hours * 60 + mins def summarize(self): """ Summarizes events into daily time slots. Returns: dict: Dictionary of dates with summarized event schedules. """ summary = {} for date, events in self.events.items(): if not events: continue sorted_events = sorted(events, key=lambda x: self._convert_time_to_minutes(x['time'].split('-')[0])) free_time = 900 # 15 minutes in minutes since midnight day_schedule = [] for event in sorted_events: start_time = self._convert_time_to_minutes(event['time'].split('-')[0]) end_time = start_time + self._calculate_duration(event['time']) if free_time < start_time: day_schedule.append(('Free Time', f"{free_time:04d}:{(free_time % 60):02d}-{start_time:04d}:{(start_time % 60):02d}")) free_time = end_time day_schedule.append((event['title'], event['time'])) if end_time > free_time: free_time = end_time + self._calculate_duration(event['time']) // 2 # Add buffer time if free_time < 1440: # 1440 minutes is 24 hours day_schedule.append(('Free Time', f"{free_time:04d}:{(free_time % 60):02d}-Next Day")) summary[date] = day_schedule return summary def display_summary(self): """ Prints the summarized calendar in a readable format. """ for date, events in self.summarize().items(): print(f"\nDate: {date}") print("-" * 50) for event in events: print(f"{event[0]}: {event[1]}") # Example usage if __name__ == "__main__": summarizer = CalendarEventSummarizer(start_date='2023-10-01', end_date='2023-10-03') # Add Google Calendar events google_events = [ { 'summary': 'Team Meeting', 'start': {'date': '2023-10-01', 'time': '10:00'}, 'end': {'date': '2023-10-01', 'time': '11:00'} }, { 'summary': 'Client Call', 'start': {'date': '2023-10-02', 'time': '14:00'}, 'end': {'date': '2023-10-02', 'time': '15:30'} } ] summarizer.add_google_calendar_events(google_events) # Add Outlook Calendar events outlook_events = [ { 'subject': 'Project Review', 'start': {'date': '2023-10-01', 'time': '09:00'}, 'end': {'date': '2023-10-01', 'time': '10:30'} }, { 'subject': 'Strategy Discussion', 'start': {'date': '2023-10-03', 'time': '08:00'}, 'end': {'date': '2023-10-03', 'time': '09:00'} } ] summarizer.add_outlook_calendar_events(outlook_events) # Filter events (example criteria) criteria = { 'min_duration': 60, # Minimum duration in minutes 'exclude_days': ['2023-10-01'] } summarizer.filter_events(criteria) # Display summary summarizer.display_summary()