async def check_all_sites(max_pages):
campground_store = DbCampgroundStore(session=get_session())
for c in campground_store.get():
logger.info('campground={}'.format(c))
store = DbAvailabilityStore(session=get_session(), park_id=c.park_id)
try:
await get_availability(show_ui=False, n=max_pages, store=store)
except KeyboardInterrupt as e:
logger.info('break detected... exit')
break
except Exception as e:
logger.error('failed with {}; moving on...'.format(e))
def main(park_id, show_ui, max_pages, logging_config, write_to_console):
config_logging(logging_config)
store = ConsoleAvailabilityStore(
) if write_to_console else DbAvailabilityStore(session=get_session(),
park_id=park_id)
asyncio.get_event_loop().run_until_complete(
get_availability(show_ui, max_pages, store))
def populate_campgrounds_cli(state, show_ui, max_pages):
session = get_session()
store = DbCampgroundStore(session=session)
campgrounds = campground.search_state(state_code=state,
show_ui=show_ui,
max_pages=max_pages)
store.put(campgrounds)
def status_cli():
session = get_session()
n_campgrounds = session.query(Campground).count()
n_sites = session.query(Site).count()
n_records = session.query(RawAvailable).count()
print('''
{:12,.0f} campgrounds
{:12,.0f} sites
{:12,.0f} records
'''.format(n_campgrounds, n_sites, n_records))
def index():
session = get_session()
n_campgrounds = session.query(Campground).count()
n_sites = session.query(Site).count()
n_records = session.query(RawAvailable).count()
stats = {
'n_campgrounds': n_campgrounds,
'n_sites': n_sites,
'n_records': n_records
}
return render_template('index.html', stats=stats)
def transition_prob_cli(day_0, day_1):
store = CompressedAvailabilityStore(get_session())
n_days = (day_1 - day_0).days
timestamps = [day_0 + timedelta(days=i) for i in range(n_days)]
a_prev = store.get(timestamps[0])
n_changed, n_same = 0, 0
for t in timestamps[1:]:
a = store.get(t)
c, s = calc_transitions(a, a_prev)
n_changed += c
n_same += s
a_prev = a
print('{} changed; {} same; {:.1f}% transition probility'.format(
n_changed, n_same, n_changed / (n_changed + n_same)))