def save_extra_artifact(self, artifact_id: str, path: Path,
content: bytes) -> None:
util.save_file(path, content)
self.extra_artifacts[artifact_id] = Artifact(path)
# print events of start_day
for event in relevant_events:
print(event[2].strftime("%d/%B/%Y - %H:%M"), event[3].strftime("%d %B %Y - %H:%M"), event[0], event[1])
# pause to let output visualization
if len(relevant_events) == 0:
print("No relevant event in %s." % start_day.strftime("%d %B %Y"))
# induce the likelihood of the activities to be included
Task.induce_probabilities(config, list(config.task_list.values()))
# generated task compression
tasks = Task.compress_tasks(Task.planning_moment(config, list(config.task_list.values()), temporal_slots))
# generated task saving
save_file(tasks, filename = schedule_saving_path + (start_day.strftime("%d_%B_%Y")))
# generated task loading
tasks = load_file(filename = schedule_saving_path + (start_day.strftime("%d_%B_%Y")))
# pause to let output visualization
go_on = input('\nPress c to exit, any to print generated schedule for \n')
if go_on == 'c':
exit(1)
# print generated tasks
Task.print_one_day_tasks(config, tasks, temporal_slots)
# if there are some events in provided calendars
if len(relevant_events) > 0:
# insert of events already present in calendars provided in the list above into generated tasks list
def save_main_artifact(self, path: Path, content: bytes) -> None:
util.save_file(path, content)
self.main_artifact = Artifact(path)