#if event.start in df.loc[df['Name'] == event.summary].index:
# df.at[event.start, 'cal_id'] = event.event_id
# df.at[event.start, 'event_obj'] = event
# print('found ', event, event.timezone, event.event_id)
# %%
df.loc[df['found'] == False]
# %%
for index, row in df.iterrows():
if row['found'] == False:
print('* Adding:', index, row['Name'])
evntColor = '1'
event = gcEvent(str(row['Name']),
start=index,
timezone='UTC',
color=evntColor)
ret_event = calendar.add_event(event)
print('ID after add:', event.event_id, 'Returned event ID:',
ret_event.event_id)
else:
print('Skipping', index, row['Name'])
# %%
# append to list
if str(next_assignment_date) >= term_start_date:
course_name.append(next_item["name"])
assignment_due_date.append(next_assignment_date)
course_ids.append(next_item["course_id"])
# print(course_name)
# print(assignment_due_date)
# google calendar credentials
user_email = "*****@*****.**"
google_cred = os.getenv("GOOGLE_CALENDAR_CRED")
gc = GoogleCalendar(credentials_path=google_cred)
calendar = GoogleCalendar(user_email)
# for loop all lists - and extract matching key values from course_ids
for name, due_date, course_id in zip(course_name, assignment_due_date,
course_ids):
for key, value in course_dict.items():
if course_id == int(key):
# print(due_date.split("-")[0])
# print(due_date.split("-")[1])
# print(due_date.split("-")[2])
final_name = name + " " + value
start = datetime.datetime(int(due_date.split("-")[0]),
int(due_date.split("-")[1]),
int(due_date.split("-")[2]))
event = Event(final_name,
start=start,
minutes_before_pop_reminder=30)
calendar.add_event(event)
# print(event)
