def test():
'''
test interpret_time
'''
begin_time = interpret_time("10am")
end_time = interpret_time("11pm")
assert (begin_time == "2016-01-01T10:00:00-08:00")
assert (end_time == "2016-01-01T23:00:00-08:00")
def test_interpret_time():
"""
Testing interspret time function
"""
sample = "11:20pm"
arw_output = arrow.get(sample, "h:mma").replace(tzinfo=tz.tzlocal(),
year=2016).isoformat()
assert interpret_time(sample) == arw_output
assert interpret_time(sample, "h:mma") == arw_output
def list_events(service, calendar):
"""
Based on the calendar, return a list of events, events are all the events inside that calendar.
Each event is represented by a dict.
"""
logging.debug("Entering list_events")
logging.debug(
interpret_time(flask.session['begin_time']) + " " +
interpret_time(flask.session['end_time']))
found_events = []
found_freetimes = []
days = arrow.Arrow.range('day', arrow.get(flask.session['begin_date']),
arrow.get(flask.session['end_date']))
startHour, startMin = flask.session['begin_time'].split(":")
endHour, endMin = flask.session['end_time'].split(":")
for day in days:
timeMin = day.replace(hour=int(startHour), minute=int(startMin))
timeMax = day.replace(hour=int(endHour), minute=int(endMin))
eventList = service.events().list(calendarId=calendar,
singleEvents=True,
timeMin=timeMin,
timeMax=timeMax).execute()["items"]
temp_day = []
for event in eventList:
if "transparency" in event:
continue
else:
if "dateTime" in event["start"]:
start = event["start"]["dateTime"]
end = event["end"]["dateTime"]
else:
start = event["start"]["date"]
end = event["start"]["date"]
if "description" in event:
summary = event["description"]
else:
summary = "(N/A)"
temp_event = {
"start": arrow.get(start).isoformat(),
"end": arrow.get(end).isoformat(),
"summary": summary
}
temp_day.append(temp_event)
found_events.append(temp_event)
# if there are no events for current day, grab timeMin to timeMax
if len(temp_day) == 0:
hours, minutes, start, end = getDiff(timeMin, timeMax)
addFreetime(found_freetimes, start, end, hours, minutes)
else:
counter = 0
for event in temp_day:
# if first event of the day, grab timeMin and start time of current
if counter == 0:
hours, minutes, start, end = getDiff(
timeMin, arrow.get(event["start"]))
addFreetime(found_freetimes, start, end, hours, minutes)
counter = counter + 1
# if last event of the day, grab end time of current, and timeMax
if counter == len(temp_day):
hours, minutes, start, end = getDiff(
arrow.get(event["end"]), timeMax)
addFreetime(found_freetimes, start, end, hours, minutes)
# if it isn't last or first, grab end time of current and start time of next
else:
hours, minutes, start, end = getDiff(
arrow.get(event["end"]),
arrow.get(temp_day[counter]["start"]))
addFreetime(found_freetimes, start, end, hours, minutes)
counter = counter + 1
# logging.debug(found_events)
# logging.debug(found_freetimes)
return found_events, found_freetimes
def test_in_time_frame():
"""
Testing in_time_frame function
"""
fmt = "h:mma"
start = interpret_time("11:00am", fmt)
end = interpret_time("1:00pm", fmt)
#Each case of how the time of events call fall around the boundry times provided by user
assert in_time_frame(start, end, interpret_time("10:00am", fmt),
interpret_time("10:30am", fmt)) == False
assert in_time_frame(start, end, interpret_time("12:00pm", fmt),
interpret_time("2:00pm", fmt)) == True
assert in_time_frame(start, end, interpret_time("10:00am", fmt),
interpret_time("2:00pm", fmt)) == True
assert in_time_frame(start, end, interpret_time("10:00am", fmt),
interpret_time("12:00pm", fmt)) == True
assert in_time_frame(start, end, interpret_time("12:00pm", fmt),
interpret_time("12:30pm", fmt)) == True
assert in_time_frame(start, end, interpret_time("11:00am", fmt),
interpret_time("1:00pm", fmt)) == True