def full_next_arriv(route_id, stop_id):
# list of dicts
filtered_route_info = find_next_arrival(route_id=route_id, stop_id=stop_id)
# XXX avoid this:
predicted_times = []
for f in filtered_route_info:
temp = f['predictedArrivalTime']
predicted_times.append(query.ts_to_dt(temp))
formatters.print_py_dt_list(predicted_times, title="Route 36")
def full_next_arriv(route_id, stop_id):
# list of dicts
filtered_route_info = find_next_arrival(route_id=route_id, stop_id=stop_id)
# XXX avoid this:
predicted_times = []
for f in filtered_route_info:
temp = f['predictedArrivalTime']
predicted_times.append(query.ts_to_dt(temp))
formatters.print_py_dt_list(predicted_times, title="Route 36")
def main():
now = datetime.datetime.now()
formatters.print_py_dt_list([now], "Current time")
# get route 36
rt_36_stop = stops[HOME_TO_WORK][BUS]
rt_36_id = routes[HOME_TO_WORK][BUS]
full_next_arriv(route_id=rt_36_id, stop_id=rt_36_stop)
# get LINK schedule
link_stop = stops[HOME_TO_WORK][LINK]
full_schedule(stop_id=link_stop)
def main():
now = datetime.datetime.now()
formatters.print_py_dt_list([now], "Current time")
# get route 36
rt_36_stop = stops[HOME_TO_WORK][BUS]
rt_36_id = routes[HOME_TO_WORK][BUS]
full_next_arriv(route_id=rt_36_id, stop_id=rt_36_stop)
# get LINK schedule
link_stop = stops[HOME_TO_WORK][LINK]
full_schedule(stop_id=link_stop)
def full_schedule(stop_id):
res = get_sched_arriv_dts(stop_id)
#print formatters.SEP
formatters.print_py_dt_list(res, "LINK light rail")
def full_schedule(stop_id):
res = get_sched_arriv_dts(stop_id)
#print formatters.SEP
formatters.print_py_dt_list(res, "LINK light rail")
