def test_create_svs_obj():
""" """
credentials = ge.get_credentials()
service = ge.create_svs_obj(credentials)
assert service
def main(cal_range):
""" This function describes the top level interface of gcal_parse """
credentials = ge.get_credentials()
service = ge.create_svs_obj(credentials)
evStart_evEnd = ge.event_range(cal_range)
evStartEvEnd_eventsDct = ge.get_events(service, evStart_evEnd,
pvt.calendars)
evStartEvEnd_calEvDfsDct = dfs.add_durations(evStartEvEnd_eventsDct)
(evStart_evEnd, calEvDFsDct) = evStartEvEnd_calEvDfsDct
print(evStart_evEnd)
calPerTotHrsDct = dfs.get_cals_durs(calEvDFsDct)
cumCalTotHrsLst = []
for key, value in calPerTotHrsDct.items():
cumCalTotHrsLst.append(value)
# print(key, value)
sumCumCalTotHrs = sum(cumCalTotHrsLst, timedelta())
allCalDurTotSec= sumCumCalTotHrs.total_seconds()
# print(allCalDurTotSec)
for key, value in calPerTotHrsDct.items():
thisCalDurTotSec = value.total_seconds()
thisCalDurPerc = (thisCalDurTotSec / allCalDurTotSec) * 100
print(key, dfs.hrs_min_sec(value), ' Hrs, ', round(thisCalDurPerc, 1),'%')
print("Total all Cals: ", dfs.hrs_min_sec(sumCumCalTotHrs))
def test_event_range():
""" """
credentials = ge.get_credentials()
service = ge.create_svs_obj(credentials)
begin = '2016-06-06T19:20:10'
end = '2016-06-07T19:20:10'
event_range = ge.event_range(begin, end)
assert event_range