def cancel(current_day):
os.system("clear")
ui.print_other_date(current_day)
ui.print_current_day_events(current_day, count="yes")
meeting_no = ui.gather_input(input_type=int, title="Which event you want to cancel? Type the number: ")
plans = storage.read_from_file(current_day)
if plans:
del plans[meeting_no-1]
storage.update_file(plans, current_day)
if current_day == NOW:
main()
else:
other_day_menu(current_day)
def print_current_day_events(current_day, count="no"):
schedule = storage.read_from_file(current_day)
if schedule:
print("Your schedule for the day: ")
schedule = [x.strip() for x in schedule]
if count == "yes":
for i in range(len(schedule)):
print(f"{i+1}. {schedule[i]}")
print()
else:
for element in schedule:
print(element)
print()
else:
print("No plans for the day.")
print()
def check_event_conflicts(start_hour, end_hour, current_day):
data = storage.read_from_file(current_day)
if data:
data = [x.split("⸻") for x in data]
data = [x[0] for x in data]
data = [x.split("-") for x in data]
data = [[hour.strip() for hour in hours] for hours in data]
start_hour = datetime.datetime.strptime(start_hour, "%H:%M").time()
end_hour = datetime.datetime.strptime(end_hour, "%H:%M").time()
for event in data:
start_event = datetime.datetime.strptime(event[0], "%H:%M").time()
end_event = datetime.datetime.strptime(event[1], "%H:%M").time()
if start_event < start_hour < end_event or start_event < end_hour < end_event:
user_resolve = input("Time conflict found. Do you want to schedule event anyways? [Y/N] ")
if user_resolve.lower() != "y":
return False
return True
def choose():
inputs = ui.get_inputs(['Please choose between the options: '])
user_choice = inputs[0]
if user_choice == 's':
ui.simple_print('Schedule a new meeting.')
storage.schedule()
elif user_choice == 'c':
storage.cancel()
elif user_choice == 'm':
ui.simple_print('Your schedule for the day:\n')
storage.meetings_arranged_by_time()
elif user_choice == 'e':
ui.simple_print('Your schedule for the day: ')
ui.simple_print(storage.read_from_file())
storage.edit_meeting()
elif user_choice == 't':
ui.simple_print(storage.total_meeting_duration())
elif user_choice == 'q':
ui.simple_print('Your choice: q')
sys.exit()
else:
raise KeyError('There is no such option.')
def sort_events(current_day):
data = storage.read_from_file(current_day)
data = [x.split("⸻") for x in data]
for event in data:
event[0] = event[0].split("-")
for event in data:
event[0][0] = datetime.datetime.strptime(event[0][0].strip(), "%H:%M").time()
event[0][1] = datetime.datetime.strptime(event[0][1].strip(), "%H:%M").time()
event[1] = event[1].strip(" ")
data = sorted(data, key=lambda x: x[0][1])
data = sorted(data, key=lambda x: x[0][0])
for event in data:
event[0][0] = (event[0][0].strftime("%H:%M")).zfill(2)
event[0][1] = event[0][1].strftime("%H:%M").zfill(2)
print(event[0][0])
event[0] = " - ".join(event[0])
data = [" ⸻ ".join(e) for e in data]
storage.update_file(data, current_day)
def main():
while True:
appointments_data = storage.read_from_file()
handle_day_schedule(appointments_data)
upi.display_menu()
choice = upi.user_choice()
if choice == "s":
appointments_data.append(handlers.schedule_meeting(appointments_data))
storage.save_to_file(appointments_data)
elif choice == "c":
if appointments_data == []:
print("ERROR: No meeting to cancel!\n")
else:
updated_appointments = handlers.cancel_meeting(appointments_data)
storage.remove_data_from_file(updated_appointments)
elif choice == "e":
handlers.edit_meeting(appointments_data)
elif choice == "d":
upi.display_total_meeting_duration(appointments_data)
elif choice == "m":
handlers.compact_meetings(appointments_data)
else:
break
from ui import print_message, show_schedule
from checks import check_hour_combined, check_duration, check_end_hour_combined, check_cancel_hour, search_for_me
from storage import write_to_file, read_from_file
START_HOUR = 0
END_HOUR = 1
TITLE = 2
filename = 'meetings.txt'
schedule = read_from_file(filename)
def kill():
print_message('Exiting...')
quit()
def scheduler(schedule,pop_index = None):
if pop_index != None:
schedule.pop(pop_index)
title = get_input('Meeting Title: ')
start_hour = handle_hour()
start_hour = int(start_hour)
duration = handle_duration()
end_hour = start_hour + duration
while check_end_hour_combined(end_hour, END_HOUR, schedule) == None:
duration = handle_duration()
end_hour = start_hour + duration
print_message('\nNew Meeting Created: {startHour} - {endHour} {Title}\n'.format(startHour = start_hour,
endHour = end_hour,
Title = title))
schedule.append([start_hour, end_hour, title])
schedule = sort_schedule(schedule)
write_to_file(schedule, filename)