def successful_payment(link, campaign, ip, address):
if not address:
return
campaign.trans_ip = ip
campaign.trans_billing_country = address.country
location = location_by_ips(ip)
if location:
campaign.trans_ip_country = location.get("country_name")
countries_match = campaign.trans_billing_country.lower() == campaign.trans_ip_country.lower()
campaign.trans_country_match = countries_match
campaign._commit()
def successful_payment(link, campaign, ip, address):
if not address:
return
campaign.trans_ip = ip
campaign.trans_billing_country = address.country
location = location_by_ips(ip)
if location:
campaign.trans_ip_country = location.get("country_name")
countries_match = (campaign.trans_billing_country.lower() ==
campaign.trans_ip_country.lower())
campaign.trans_country_match = countries_match
campaign._commit()
def ips_by_account_id(account_id, limit=None):
ips = IPsByAccount.get(account_id, column_count=limit or 1000)
flattened_ips = [j for i in ips for j in i.iteritems()]
locations = location_by_ips(set(ip for _, ip in flattened_ips))
orgs = organization_by_ips(set(ip for _, ip in flattened_ips))
# Deduplicate and summarize total usage time
counts = Counter((ip for _, ip in flattened_ips))
seen = set()
results = []
for visit_time, ip in flattened_ips:
if ip in seen:
continue
results.append(
(ip, visit_time, locations.get(ip) or {},
orgs.get(ip), counts.get(ip))
)
seen.add(ip)
return results
