def test_normalize_street_street_abbrev():
street = '2970 N. Swan Rd at Ft. Lowell'
res = address.normalize_street(street)
eq(res, '2970 n swan rd at ft lowell')
street = '1716 NORTH CAHUENGA BOULEVARD,'
res = address.normalize_street(street)
eq(res, '1716 n cahuenga blvd')
street = '1448 Gower St. (On The Corner Of Sunset Blvd)'
res = address.normalize_street(street)
eq(res, '1448 gower st on the cor of sunset blvd')
def test_normalize_street_cardinal_abbrev():
street = '2970 N. Swan'
res = address.normalize_street(street)
eq(res, '2970 n swan')
street = '1716 NORTH CAHUENGA,'
res = address.normalize_street(street)
eq(res, '1716 n cahuenga')
street = '555 MAIN SOUTHEAST'
res = address.normalize_street(street)
eq(res, '555 main se')
street = '555 northwest broadway'
res = address.normalize_street(street)
eq(res, '555 nw broadway')
def test_normalize_street_empty():
street = '.,'
res = address.normalize_street(street)
eq(res, '')
def test_normalize_street_street_abbrev_in_word():
street = '555 Falley Boulevard)'
res = address.normalize_street(street)
eq(res, '555 falley blvd')
def test_normalize_street_cardinal_abbrev_in_word():
street = '2970 N. Least'
res = address.normalize_street(street)
eq(res, '2970 n least')
def test_normalize_street_simple():
street = '2970 Swan Rd.,'
res = address.normalize_street(street)
eq(res, '2970 swan rd')
def _match_with_venue(event, _log=None):
if _log is None:
_log = log
facebook = event["facebook"]
name = facebook.get("location")
if name is None:
name = facebook["owner"]["name"]
venue = facebook["venue"]
address = normalize_street(venue["street"])
locality = normalize_city(venue["city"])
region = normalize_state(venue.get("state", ""))
country = normalize_country(venue.get("country", ""))
if not address or not locality:
_log.debug("Event {event_id} has invalid address or locality. " "Skipping.".format(event_id=event["_id"]))
return None
address = address.title()
locality = locality.title()
latitude = venue["latitude"]
longitude = venue["longitude"]
# coordinates of type int are too ambigious to be considered
# good
if type(latitude) is not float or type(longitude) is not float:
_log.debug("Event {event_id} has invalid latitude or longitude. " "Skipping.".format(event_id=event["_id"]))
return None
# coordinates with little precision are too ambigious to be
# considered good
lat_precision = Decimal(repr(latitude))
lng_precision = Decimal(repr(longitude))
lat_precision = lat_precision.as_tuple().exponent
lng_precision = lng_precision.as_tuple().exponent
if lat_precision > -5 or lng_precision > -5:
_log.debug(
"Event {event_id} has latitude or longitude with "
"little precision. Skipping.".format(event_id=event["_id"])
)
return None
match = OrderedDict(
[
(
"ubernear",
OrderedDict([("place_id", event["_id"]), ("source", "facebook"), ("location", [longitude, latitude])]),
),
(
"place",
OrderedDict(
[
("address", address),
("locality", locality),
("name", name),
("latitude", latitude),
("longitude", longitude),
]
),
),
]
)
if region:
region = region.upper()
match["place"]["region"] = region
if country:
country = country.upper()
match["place"]["country"] = country
return match
