def feed_entry_publish(feed_type, feed_id, entry_id):
"""Get a feed"""
logger.info('Manually publishing Feed:%s Entry: %s', feed_id, entry_id)
key = ndb.Key(urlsafe=entry_id)
feed = FEED_TYPE_TO_CLASS[feed_type].get_by_id(feed_id, parent=g.user.key)
if not (feed and key.parent() == feed.key):
return jsonify_error(message="Can't find that feed")
entry = key.get()
if not entry:
return jsonify_error(message="Can't find that entry")
publish_entry(entry, feed, ignore_publish_state=True).get_result()
entry.overflow = False
entry.put()
return jsonify(status='ok')
def feed_entry_publish(feed_type, feed_id, entry_id):
"""Get a feed"""
logger.info('Manually publishing Feed:%s Entry: %s', feed_id, entry_id)
key = ndb.Key(urlsafe=entry_id)
feed = FEED_TYPE_TO_CLASS[feed_type].get_by_id(feed_id, parent=g.user.key)
if not (feed and key.parent() == feed.key):
return jsonify_error(message="Can't find that feed")
entry = key.get()
if not entry:
return jsonify_error(message="Can't find that entry")
publish_entry(entry, feed, ignore_publish_state=True).get_result()
entry.overflow = False
entry.put()
return jsonify(status='ok')
def email_to_feed(email):
logger.info('Email: %s', email)
account, _ = email.split('@', 1)
logger.info('Account: %s', account)
unique_key, feed_type, version = account.split('_')
feed_type, version = map(int, (feed_type, version))
logger.info('unique_key: %s feed_type:%s version:%s', unique_key, feed_type, version)
feed = FEED_TYPE_TO_CLASS[feed_type].for_email(unique_key)
logger.info('Found feed: %s', feed)
mail_message = mail.InboundEmailMessage(request.stream.read())
entry = yield feed.create_entry_from_mail(mail_message)
yield publish_entry(entry, feed)
raise ndb.Return(jsonify(status='ok'))
def email_to_feed(email):
logger.info("Email: %s", email)
account, _ = email.split("@", 1)
logger.info("Account: %s", account)
unique_key, feed_type, version = account.split("_")
feed_type, version = map(int, (feed_type, version))
logger.info("unique_key: %s feed_type:%s version:%s", unique_key, feed_type, version)
feed = FEED_TYPE_TO_CLASS[feed_type].for_email(unique_key)
logger.info("Found feed: %s", feed)
mail_message = mail.InboundEmailMessage(request.stream.read())
entry = yield feed.create_entry_from_mail(mail_message)
yield publish_entry(entry, feed)
raise ndb.Return(jsonify(status="ok"))
def publish_for_feed(cls, feed, skip_queue=False):
if not feed:
logger.info("Asked to publish for a non-exsistant feed")
raise ndb.Return(0)
minutes_schedule = DEFAULT_PERIOD_SCHEDULE
max_stories_to_publish = MAX_STORIES_PER_PERIOD
if feed.manual_control:
minutes_schedule = feed.schedule_period
max_stories_to_publish = feed.max_stories_per_period
if feed.dump_excess_in_period:
max_stories_to_publish = 1
# How many stories have been published in the last period_length
now = datetime.now()
period_ago = now - timedelta(minutes=minutes_schedule)
lastest_published_entries = yield cls.latest_published(
feed, since=period_ago).count_async()
max_stories_to_publish = max_stories_to_publish - lastest_published_entries
entries_posted = 0
# If we still have time left in this period publish some more.
if max_stories_to_publish > 0 or skip_queue:
# If we are skipping the queue
if skip_queue:
max_stories_to_publish = max_stories_to_publish or 1
latest_entries = yield cls.latest_unpublished(feed).fetch_async(
max_stories_to_publish + 1)
more_to_publish = False
if len(latest_entries) > max_stories_to_publish:
more_to_publish = True
latest_entries = latest_entries[0:max_stories_to_publish]
for entry in latest_entries:
yield publish_entry(entry, feed)
entries_posted += 1
if not more_to_publish:
feed.is_dirty = False
yield feed.put_async()
if more_to_publish and feed.dump_excess_in_period:
yield cls.drain_queue(feed)
raise ndb.Return(entries_posted)
def publish_for_feed(cls, feed, skip_queue=False):
if not feed:
logger.info("Asked to publish for a non-exsistant feed")
raise ndb.Return(0)
minutes_schedule = DEFAULT_PERIOD_SCHEDULE
max_stories_to_publish = MAX_STORIES_PER_PERIOD
if feed.manual_control:
minutes_schedule = feed.schedule_period
max_stories_to_publish = feed.max_stories_per_period
if feed.dump_excess_in_period:
max_stories_to_publish = 1
# How many stories have been published in the last period_length
now = datetime.now()
period_ago = now - timedelta(minutes=minutes_schedule)
lastest_published_entries = yield cls.latest_published(feed, since=period_ago).count_async()
max_stories_to_publish = max_stories_to_publish - lastest_published_entries
entries_posted = 0
# If we still have time left in this period publish some more.
if max_stories_to_publish > 0 or skip_queue:
# If we are skipping the queue
if skip_queue:
max_stories_to_publish = max_stories_to_publish or 1
latest_entries = yield cls.latest_unpublished(feed).fetch_async(max_stories_to_publish + 1)
more_to_publish = False
if len(latest_entries) > max_stories_to_publish:
more_to_publish = True
latest_entries = latest_entries[0: max_stories_to_publish]
for entry in latest_entries:
yield publish_entry(entry, feed)
entries_posted += 1
if not more_to_publish:
feed.is_dirty = False
yield feed.put_async()
if more_to_publish and feed.dump_excess_in_period:
yield cls.drain_queue(feed)
raise ndb.Return(entries_posted)
