def schedule(args):
'''
Get convenient time slots to possibly contact the other person.
'''
reference = args.here_tz
zipped_timeline = tuple(zip(U.timeline(args.here_tz, reference),
U.timeline(args.remote_tz, reference)))
timeline_map = dict(zipped_timeline)
def convenient(ht, rt):
for a in args.dnd:
if a.is_current(ht) and U.People.here in args.convenient_for:
return False
elif a.is_current(rt) and U.People.there in args.convenient_for:
return False
return True
time_slots = U.grouped_time([
ht
for (ht, rt) in zipped_timeline
if convenient(ht, rt)
])
yield 'Convenient time slots:'
for start, end, in time_slots:
yield "\t{} to {} here i.e. {} to {} there".format(
start.strftime("%R"), end.strftime("%R"),
timeline_map[start].strftime("%R"), timeline_map[end].strftime("%R")
)
def test_grouped_time(self):
half_hour = timedelta(minutes=30)
base = utc.localize(
datetime(year=2015, month=1, day=1, hour=7)
)
tl_deltas = [
0,
2, 3,
5,
7,
9, 10, 11, 12,
15
]
range_deltas = [
(0, 1),
(2, 4),
(5, 6),
(7, 8),
(9, 13),
(15, 16)
]
tl = [(base + half_hour * i) for i in tl_deltas]
ranges = [
(base + half_hour * i, base + half_hour * j)
for i, j in range_deltas
]
self.assertEqual(ranges, U.grouped_time(tl))
