def movement_reader(ifile, bsmap):
""" An iterator to read personal daily data.
"""
assert isinstance(bsmap, BaseStationMap)
buf_ts = []
buf_lc = []
buf_cr = []
last_uid = None
last_day_start = None
def check_time_alignment():
if len(buf_ts) == 0:
return False
if buf_ts[-1] != buf_ts[0] + 86400:
buf_ts.append(buf_ts[0] + 86400)
buf_lc.append(buf_lc[0])
buf_cr.append(buf_cr[0])
return True
for line in ifile:
if isinstance(line, str):
if line.startswith('#'):
continue
line = line.strip('\r\n ')
uid, ts, loc = line.split(',')[0:3]
elif isinstance(line, tuple):
uid, ts, loc = line
uid = int(uid)
ts = int(float(ts))
loc = int(loc)
day_start, day_end = drange(ts)
coord = bsmap.get_coordinates(loc)
if not in_area(coord, HZ_LB, HZ_RT):
continue
if last_uid is None or uid == last_uid and day_start == last_day_start:
buf_ts.append(ts)
buf_lc.append(loc)
buf_cr.append(coord)
else:
if check_time_alignment():
yield PersonMoveDay(last_uid, last_day_start, buf_ts, buf_lc, buf_cr)
buf_ts = [ts]
buf_lc = [loc]
buf_cr = [coord]
last_uid = uid
last_day_start = day_start
if check_time_alignment():
yield PersonMoveDay(last_uid, last_day_start, buf_ts, buf_lc, buf_cr)
def movement_reader(fname, bsmap):
""" An iterator to read personal daily data.
"""
assert isinstance(bsmap, BaseStationMap)
buf_ts = []
buf_lc = []
buf_cr = []
last_uid = None
last_day_start = None
def check_time_alignment():
if buf_ts[-1] != buf_ts[0] + 86400:
buf_ts.append(buf_ts[0] + 86400)
buf_lc.append(buf_lc[0])
buf_cr.append(buf_cr[0])
for line in open(fname, 'rb'):
line = line.strip('\r\n ')
if line.startswith('#'): continue
uid, ts, loc = line.split(',')[0:3]
uid = int(uid)
ts = int(float(ts))
loc = int(loc)
day_start, day_end = drange(ts)
coord = bsmap.get_coordinates(loc)
if not in_area(coord, HZ_LB, HZ_RT):
continue
if last_uid is None or uid == last_uid and day_start == last_day_start:
buf_ts.append(ts)
buf_lc.append(loc)
buf_cr.append(coord)
else:
check_time_alignment()
yield PersonMoveDay(last_uid, last_day_start, buf_ts, buf_lc, buf_cr)
buf_ts = [ts]
buf_lc = [loc]
buf_cr = [coord]
last_uid = uid
last_day_start = day_start
check_time_alignment()
yield PersonMoveDay(last_uid, last_day_start, buf_ts, buf_lc, buf_cr)
def scrape_for_apartments():
#get results from craiglist
cl_h = CraigslistHousing(site=settings.CL_SITE, area=settings.CL_AREA, category=settings.CL_CATEGORY,
filters={'bundle_duplicates': True,
'posted_today': settings.POSTED_TODAY,
'min_bedrooms': settings.MIN_NUM_BEDROOMS,
'max_bedrooms': settings.MAX_NUM_BEDROOMS,
# 'cats_ok': settings.CATS_OK,
'max_price': settings.MAX_PRICE,
'min_price': settings.MIN_PRICE,
'laundry': settings.LAUNDRY_OPTIONS#,
#'parking': settings.PARKING_OPTIONS
#'housing_type': settings.HOUSING_TYPE
})
#adding a counter to limit the amount of results that can be sent at one time
counter = 0
for result in cl_h.get_results(sort_by='newest', geotagged=True):
if check_for_record(result):
continue
else:
counter += 1
geotag = result["geotag"]
#set blank area
area = ""
for a, coords in settings.AREAS.items():
print(result);
if geotag is not None and in_area(geotag, coords):
area = a
#couldn't find from Geotag, string search the listing
if area == "":
# print settings.NEIGHBORHOODS
for hood in settings.NEIGHBORHOODS:
if result["where"] is not None and hood in result["where"].lower():
area = hood
if area != '' and counter < 10:
store_in_db(result)
client = Client(settings.ACCOUNT_SID, settings.AUTH_TOKEN)
text = "{} per month in {}.\n {}".format(result['price'], result['where'], result["url"])
message = client.messages.create(
messaging_service_sid=settings.MS_SID,
body=text,
to=settings.TARGET_PHONE_NUMBER)
