def post(self):
from collections import defaultdict
payload_string = self.request.get('payload')
counter_targets = Payload.deserialize(payload_string)
today = time_util.today()
product_targets = defaultdict(int)
user_targets = defaultdict(int)
for payload in counter_targets:
daily_product_key = ProductCounter.build_key_name(
payload.url, DAILY, today)
weekly_product_key = ProductCounter.build_key_name(
payload.url, WEEKLY, today)
monthly_product_key = ProductCounter.build_key_name(
payload.url, MONTHLY, today)
user_key = UserCounter.build_key_name(payload.user_id, DAILY,
today)
product_targets[daily_product_key] += 1
product_targets[weekly_product_key] += 1
product_targets[monthly_product_key] += 1
user_targets[user_key] += 1
product_counters = ProductCounter.get_by_key_name(
product_targets.keys(),
_storage=[MEMCACHE, DATASTORE],
_result_type=NAME_DICT)
user_counters = UserCounter.get_by_key_name(user_targets.keys(),
_result_type=NAME_DICT)
for key_name, delta in product_targets.iteritems():
try:
product_counters[key_name].count += delta
except AttributeError: #Value is None in dict
frequency = ProductCounter.frequency_from_key_name(key_name)
product_counters[key_name] = ProductCounter.new(
key_name,
frequency,
today,
count=delta,
_build_key_name=False)
for key_name, delta in user_targets.iteritems():
try:
user_counters[key_name].count += delta
except AttributeError: #Value is None in dict
user_counters[key_name] = UserCounter.new(
key_name, DAILY, today, count=delta, _build_key_name=False)
ProductCounter.filtered_update(product_counters.values())
UserCounter.filtered_update(user_counters.values())
def post(self):
from collections import defaultdict
payload_string = self.request.get('payload')
counter_targets = Payload.deserialize(payload_string)
today = time_util.today()
product_targets = defaultdict(int)
user_targets = defaultdict(int)
for payload in counter_targets:
daily_product_key = ProductCounter.build_key_name(payload.url, DAILY, today)
weekly_product_key = ProductCounter.build_key_name(payload.url, WEEKLY, today)
monthly_product_key = ProductCounter.build_key_name(payload.url, MONTHLY, today)
user_key = UserCounter.build_key_name(payload.user_id, DAILY, today)
product_targets[daily_product_key] += 1
product_targets[weekly_product_key] += 1
product_targets[monthly_product_key] += 1
user_targets[user_key] += 1
product_counters = ProductCounter.get_by_key_name(product_targets.keys(),
_storage = [MEMCACHE,DATASTORE],
_result_type=NAME_DICT)
user_counters = UserCounter.get_by_key_name(user_targets.keys(),
_result_type=NAME_DICT)
for key_name,delta in product_targets.iteritems():
try:
product_counters[key_name].count += delta
except AttributeError: #Value is None in dict
frequency = ProductCounter.frequency_from_key_name(key_name)
product_counters[key_name] = ProductCounter.new(key_name, frequency, today,
count=delta,_build_key_name = False)
for key_name,delta in user_targets.iteritems():
try:
user_counters[key_name].count += delta
except AttributeError: #Value is None in dict
user_counters[key_name] = UserCounter.new(key_name, DAILY, today,
count=delta,_build_key_name = False)
ProductCounter.filtered_update(product_counters.values())
UserCounter.filtered_update(user_counters.values())
def get(self): date = yesterday() enqueue_renderer_update(WEEKLY,date) enqueue_renderer_update(MONTHLY,date) enqueue_cleanup(UserCounter.kind(), DAILY, date) enqueue_cleanup(ProductCounter.kind(), DAILY, date) enqueue_cleanup(ProductRenderer.kind(), DAILY, date) enqueue_cleanup(ProductRenderer.kind(), WEEKLY, date,countdown = 3600) enqueue_cleanup(ProductRenderer.kind(), MONTHLY, date,countdown = 3600) #Delete banlist so it is refreshed with latest banned entities banlist = Banlist.retrieve() banlist.delete()