def filter_consumption_records(data, formulation_names):
def filter_func(x):
for f in formulation_names:
if f in x[FORMULATION]:
return True
return False
return pydash.select(data.get(C_RECORDS, []), filter_func)
def filter_consumption_records(data, formulation_names):
def filter_func(x):
for f in formulation_names:
if f in x[FORMULATION]:
return True
return False
return pydash.select(data.get(C_RECORDS, []), filter_func)
def for_each_facility(self, data, combination, previous_cycle_data=None):
result = NOT_REPORTING
values = values_for_records(self.fields, data.get(C_RECORDS, []))
number_of_consumption_record_blanks = len(
pydash.select(values, lambda v: v is None))
c_count_ = data.get(C_COUNT, 0)
a_count_ = data.get(A_COUNT, 0)
p_count_ = data.get(P_COUNT, 0)
if c_count_ == 0 and a_count_ == 0 and p_count_ == 0:
return result
if c_count_ < 25 or a_count_ < 22 or p_count_ < 7:
result = NO
elif number_of_consumption_record_blanks > 2:
result = NO
else:
result = YES
return result
def for_each_facility(self, data, combination, previous_cycle_data=None):
result = NOT_REPORTING
values = values_for_records(self.fields, data.get(C_RECORDS, []))
number_of_consumption_record_blanks = len(pydash.select(
values, lambda v: v is None))
c_count_ = data.get(C_COUNT, 0)
a_count_ = data.get(A_COUNT, 0)
p_count_ = data.get(P_COUNT, 0)
if c_count_ == 0 and a_count_ == 0 and p_count_ == 0:
return result
if c_count_ < 25 or a_count_ < 22 or p_count_ < 7:
result = NO
elif number_of_consumption_record_blanks > 2:
result = NO
else:
result = YES
return result
def get_combination(combinations, name):
return pydash.select(combinations, lambda x: x[NAME] == name)[0]
EMAIL = '<cloudflare email address>'
DOMAIN = '<domain>' # nathancahill.com
SUBDOMAIN = '<subdomain>' # home
LOCAL = '<local ip address>' # 192.168.0.3
data = dict(
a='rec_load_all',
tkn=KEY,
email=EMAIL,
z=DOMAIN
)
res = requests.post('https://www.cloudflare.com/api_json.html', data=data)
records = res.json()['response']['recs']['objs']
home = _.select(records, dict(name='%s.%s' % (SUBDOMAIN, DOMAIN)))[0]
if socket.gethostbyname(socket.gethostname()) != LOCAL:
sys.exit()
ip = requests.get('http://httpbin.org/ip').json()['origin']
data = dict(
a='rec_edit',
tkn=KEY,
email=EMAIL,
z=DOMAIN,
id=home['rec_id'],
type='A',
name=SUBDOMAIN,
content=ip,
def get_combination(combinations, name):
return pydash.select(combinations, lambda x: x[NAME] == name)[0]
def fetch(filters, queries, locations, numberOfPages, maxRate, numBedrooms=None, tries=5):
# base url for the craigslist catogory
base_url = 'http://losangeles.craigslist.org/search/apa?'
api_key="6ry0OW6wJFglXoNKrDSaxOSbeni9i9hlvQ8AeTSwy3qmfzNd2w0LdzLWSBYt5RADq+OKUF840wRzj7/HWBLMJQ=="
pageInc = 100
apts = []
for query in queries:
for page in range(numberOfPages):
params = list(filters)
params.append(('query',query))
params.append(('s',page*pageInc))
plainUrl = base_url + urllib.urlencode(params,'')
url = urllib.quote(plainUrl)
# Setup your REST GET request URL here
getUrl = 'https://api.import.io/store/data/ae9b3481-fd34-4f31-88dc-ab2c18edde46/_query?input/webpage/url='+url+'&_user=43864eeb-fab1-4163-94ab-29ce26a543e5&_apikey='+urllib.quote(api_key,'')
print 'FETCHING:'
print ''
print 'search:', query
print ''
print 'paging:', str(page*pageInc) + "-" + str((page+1)*pageInc)
print ''
print 'craigslist url:', plainUrl
print ''
print 'import.io API url:', getUrl
print ''
noResponse = True
t = 0
response = ''
data = {}
while ('results' not in data) and (t < tries):
response = urllib.urlopen(getUrl).read()
data = json.loads(response)
t = t+1
if 'results' in data:
results = data['results']
print str(len(results)) + ' results'
for result in results:
# Gather the information you want from your API request
if all(key in result for key in ['title/_text', 'title', 'price', 'bedrooms', 'location']):
title = result['title/_text']
url = result['title']
price = float(result['price'].replace(',','').replace('$',''))
bedrooms = float(result['bedrooms'].replace('br',''))
location = result['location'].lower()
apt = {'title':title, 'url':url, 'price':price, 'bedrooms':bedrooms, 'ratio':price/bedrooms, 'location':location}
apts.append(apt)
else:
print 'FAILURE'
print data
print ''
print '-'*79
print ''
def validLoaction(string):
found = map(lambda loc: string.find(loc) != -1, locations)
if 1 in found:
return True
else:
return False
totalResults = len(apts)
if numBedrooms:
apts = pydash.select(apts, lambda x: x['bedrooms'] == 1.)
# sort based on ratio
sortedApts = pydash.sort_by(apts, lambda x: x['ratio'])
# filter based on ratio
filteredApts = pydash.select(sortedApts, lambda x: x['ratio'] <= maxRate and x['ratio'] > 1)
# filter location strings
locationApts = pydash.select(filteredApts, lambda x: validLoaction(x['location']))
# only show the unique results!
uniqApts = pydash.uniq(locationApts)
return uniqApts