def handle(self, *args, **options):
first_row = True
with open(args[0], 'rb') as csvfile:
for row in csv.reader(csvfile, delimiter=','):
if row[0] and not first_row:
location = row[1]+","+row[0]
needs = row[2:5]
for need in needs:
if need:
data = dict()
data['from_num'] = '1111'
_type = sms._find_type(needs[0])
if _type:
data['type'] = sms._find_type(needs[0])
data['_id'] = uid_gen()
data['words'] = map(lambda w: w.lower().strip(), need.split(' '))
data['loc_input'] = location
res = geocode(data['loc_input'])
if res:
place, loc, score = res
data.update({'loc':loc, 'loc_place':place, 'loc_score':score})
data['created'] = 1333425600
db['needs'].save(data)
first_row = False
def _confirm(request, data):
location = request.REQUEST.get('Body', '')
address = location
res = geocode(address.strip().lower(), request.REQUEST.get('FromCountry', '').lower())
r = twiml.Response()
if res:
place, loc, score = res
db['needs'].update({'_id':data['_id']}, {'$set': {'loc':loc, 'loc_place':place, 'loc_input':location, 'loc_score':score, 'session': None}})
if data.get('type', None):
count = db['needs'].find({'loc_place':place, 'type':data['type']}).count()
if count>1:
r.sms('There are %s needs for %s in your area. Hopefully someone will take action.' % (count, data['type'].lower()))
else:
r.sms('You are the first person to report the need for %s in your area. Thank you!' % data['type'].lower())
else:
r.sms('Thank you! Your need is registered')
else:
r.sms('We do not understand where %s is. Please try again.' % location)
return HttpResponse(str(r))
def init_data(request):
types = get_types()
min_time_res = db["needs"].find({"created": {"$exists": True}}).sort("created", 1).limit(1)
if min_time_res.count() > 0:
min_time = min_time_res[0]["created"] - 7 * 24 * 3600
else:
min_time = 1325376000
continents = copy.deepcopy(CONTINENTS)
for continent in continents:
for country in db["countries"].find({"continent": continent["abbrev"]}).sort("country", 1):
if "latlng" not in country or country["latlng"] == None:
res = geocode(country["country"])
if res:
place, latlng, score = res
country["latlng"] = latlng
else:
print "No geocode for: %s" % country["country"]
country["latlng"] = None
db["countries"].save(country)
if "area" in country and country["area"] > 0:
pop_log = int(math.log(abs(country["area"]), 12))
else:
pop_log = 4
continent["countries"].append(
{"country": country["country"], "latlng": country["latlng"], "zoom": 10 - pop_log}
)
chart_data = copy.deepcopy(_chart_data())
chart_data.append([int(time.time() * 1000), 0])
params = dict(types=types, min_time=min_time, continents=continents, chart_data=chart_data)
return HttpResponse(json.dumps(params), content_type="application/json")
def handle(self, *args, **options):
for num in range(0, 1000):
data = dict()
data['from_num'] = num
data['type'] = random.choice(get_types())
data['created'] = self.random_time()
data['_id'] = uuid.uuid4().hex
data['words'] = [data['type'].lower()]
country = self.random_country()
data['country'] = country.get('iso', None)
data['loc_input'] = '%s, %s' % (country['capital'], country['country'])
res = geocode(data['loc_input'])
if res:
place, loc, score = res
data.update({'loc':loc, 'loc_place':place, 'loc_score':score})
db.needs.insert(data)
def handle(self, *args, **options):
if len(args)==2:
print geocode(args[0], args[1])
else:
print geocode(args[0])
