def process_message(msgs, chan):
"""Update get_links(), the Links by Subreddit precomputed query.
get_links() is a CachedResult which is stored in permacache. To
update these objects we need to do a read-modify-write which requires
obtaining a lock. Sharding these updates by subreddit allows us to run
multiple consumers (but ideally just one per shard) to avoid lock
contention.
"""
from r2.lib.db.queries import add_queries, get_links
link_names = {msg.body for msg in msgs}
links = Link._by_fullname(link_names, return_dict=False)
print 'Processing %r' % (links, )
links_by_sr_id = defaultdict(list)
for link in links:
links_by_sr_id[link.sr_id].append(link)
srs_by_id = Subreddit._byID(links_by_sr_id.keys(), stale=True)
for sr_id, links in links_by_sr_id.iteritems():
with g.stats.get_timer("link_vote_processor.subreddit_queries"):
sr = srs_by_id[sr_id]
add_queries(
queries=[get_links(sr, sort, "all") for sort in SORTS],
insert_items=links,
)
def process_message(msgs, chan):
"""Update get_domain_links(), the Links by domain precomputed query.
get_domain_links() is a CachedResult which is stored in permacache. To
update these objects we need to do a read-modify-write which requires
obtaining a lock. Sharding these updates by domain allows us to run
multiple consumers (but ideally just one per shard) to avoid lock
contention.
"""
from r2.lib.db.queries import add_queries, get_domain_links
link_names = {msg.body for msg in msgs}
links = Link._by_fullname(link_names, return_dict=False)
print 'Processing %r' % (links, )
links_by_domain = defaultdict(list)
for link in links:
parsed = UrlParser(link.url)
# update the listings for all permutations of the link's domain
for domain in parsed.domain_permutations():
links_by_domain[domain].append(link)
for d, links in links_by_domain.iteritems():
with g.stats.get_timer("link_vote_processor.domain_queries"):
add_queries(
queries=[
get_domain_links(d, sort, "all") for sort in SORTS
],
insert_items=links,
)
def process_message(msg):
from r2.lib.db.queries import (
add_queries,
add_to_commentstree_q,
get_comments,
)
vote_data = json.loads(msg.body)
hook = hooks.get_hook('vote.validate_vote_data')
if hook.call_until_return(msg=msg, vote_data=vote_data) is False:
# Corrupt records in the queue. Ignore them.
print "Ignoring invalid vote by %s on %s %s" % (
vote_data.get('user_id', '<unknown>'),
vote_data.get('thing_fullname', '<unknown>'), vote_data)
return
timer = g.stats.get_timer("comment_vote_processor")
timer.start()
user = Account._byID(vote_data.pop("user_id"))
comment = Comment._by_fullname(vote_data.pop("thing_fullname"))
print "Processing vote by %s on %s %s" % (user, comment, vote_data)
try:
vote = Vote(
user,
comment,
direction=vote_data["direction"],
date=datetime.utcfromtimestamp(vote_data["date"]),
data=vote_data["data"],
event_data=vote_data.get("event_data"),
)
except TypeError as e:
# a vote on an invalid type got in the queue, just skip it
g.log.exception("Invalid type: %r", e.message)
return
vote.commit()
timer.intermediate("create_vote_object")
vote_valid = vote.is_automatic_initial_vote or vote.effects.affects_score
comment_valid = not (comment._spam or comment._deleted)
if vote_valid and comment_valid:
author = Account._byID(comment.author_id)
add_queries(
queries=[get_comments(author, sort, 'all') for sort in SORTS],
insert_items=comment,
)
timer.intermediate("author_queries")
# update the score periodically when a comment has many votes
update_threshold = g.live_config['comment_vote_update_threshold']
update_period = g.live_config['comment_vote_update_period']
num_votes = comment.num_votes
if num_votes <= update_threshold or num_votes % update_period == 0:
add_to_commentstree_q(comment)
timer.stop()
timer.flush()
def set_status(l, status, onchange=None):
# keep this out here. Useful for updating the queue if there is a bug
# and for initial migration
add_queries(
[
_sponsored_link_query(None, l.author_id),
_sponsored_link_query(None),
_sponsored_link_query(status, l.author_id),
_sponsored_link_query(status),
],
insert_items=[l],
)
# no need to delete or commit of the status is unchanged
if status != getattr(l, "promote_status", None):
# new links won't even have a promote_status yet
if hasattr(l, "promote_status"):
add_queries(
[_sponsored_link_query(l.promote_status, l.author_id), _sponsored_link_query(l.promote_status)],
delete_items=[l],
)
l.promote_status = status
l._commit()
if onchange:
onchange()
def process_message(msgs, chan):
"""Update get_domain_links(), the Links by domain precomputed query.
get_domain_links() is a CachedResult which is stored in permacache. To
update these objects we need to do a read-modify-write which requires
obtaining a lock. Sharding these updates by domain allows us to run
multiple consumers (but ideally just one per shard) to avoid lock
contention.
"""
from r2.lib.db.queries import add_queries, get_domain_links
link_names = {msg.body for msg in msgs}
links = Link._by_fullname(link_names, return_dict=False)
print 'Processing %r' % (links,)
links_by_domain = defaultdict(list)
for link in links:
parsed = UrlParser(link.url)
# update the listings for all permutations of the link's domain
for domain in parsed.domain_permutations():
links_by_domain[domain].append(link)
for d, links in links_by_domain.iteritems():
with g.stats.get_timer("link_vote_processor.domain_queries"):
add_queries(
queries=[
get_domain_links(d, sort, "all") for sort in SORTS],
insert_items=links,
)
def process_message(msgs, chan):
"""Update get_links(), the Links by Subreddit precomputed query.
get_links() is a CachedResult which is stored in permacache. To
update these objects we need to do a read-modify-write which requires
obtaining a lock. Sharding these updates by subreddit allows us to run
multiple consumers (but ideally just one per shard) to avoid lock
contention.
"""
from r2.lib.db.queries import add_queries, get_links
link_names = {msg.body for msg in msgs}
links = Link._by_fullname(link_names, return_dict=False)
print 'Processing %r' % (links,)
links_by_sr_id = defaultdict(list)
for link in links:
links_by_sr_id[link.sr_id].append(link)
srs_by_id = Subreddit._byID(links_by_sr_id.keys(), stale=True)
for sr_id, links in links_by_sr_id.iteritems():
with g.stats.get_timer("link_vote_processor.subreddit_queries"):
sr = srs_by_id[sr_id]
add_queries(
queries=[get_links(sr, sort, "all") for sort in SORTS],
insert_items=links,
)
def set_status(l, status, onchange=None):
# keep this out here. Useful for updating the queue if there is a bug
# and for initial migration
add_queries([
_sponsored_link_query(None, l.author_id),
_sponsored_link_query(None),
_sponsored_link_query(status, l.author_id),
_sponsored_link_query(status)
],
insert_items=[l])
# no need to delete or commit of the status is unchanged
if status != getattr(l, "promote_status", None):
# new links won't even have a promote_status yet
if hasattr(l, "promote_status"):
add_queries([
_sponsored_link_query(l.promote_status, l.author_id),
_sponsored_link_query(l.promote_status)
],
delete_items=[l])
l.promote_status = status
l._commit()
if onchange:
onchange()
def process_message(msg):
from r2.lib.comment_tree import write_comment_scores
from r2.lib.db.queries import (
add_queries,
add_to_commentstree_q,
get_comments,
)
from r2.models.builder import get_active_sort_orders_for_link
vote_data = json.loads(msg.body)
hook = hooks.get_hook('vote.validate_vote_data')
if hook.call_until_return(msg=msg, vote_data=vote_data) is False:
# Corrupt records in the queue. Ignore them.
print "Ignoring invalid vote by %s on %s %s" % (
vote_data.get('user_id', '<unknown>'),
vote_data.get('thing_fullname', '<unknown>'), vote_data)
return
timer = g.stats.get_timer("comment_vote_processor")
timer.start()
user = Account._byID(vote_data.pop("user_id"))
comment = Comment._by_fullname(vote_data.pop("thing_fullname"))
print "Processing vote by %s on %s %s" % (user, comment, vote_data)
try:
vote = Vote(
user,
comment,
direction=vote_data["direction"],
date=datetime.utcfromtimestamp(vote_data["date"]),
data=vote_data["data"],
event_data=vote_data.get("event_data"),
)
except TypeError as e:
# a vote on an invalid type got in the queue, just skip it
g.log.exception("Invalid type: %r", e.message)
return
vote.commit()
timer.intermediate("create_vote_object")
vote_invalid = (not vote.effects.affects_score
and not vote.is_automatic_initial_vote)
comment_invalid = comment._spam or comment._deleted
if vote_invalid or comment_invalid:
timer.stop()
timer.flush()
return
author = Account._byID(comment.author_id)
add_queries(
queries=[get_comments(author, sort, 'all') for sort in SORTS],
insert_items=comment,
)
timer.intermediate("author_queries")
update_threshold = g.live_config['comment_vote_update_threshold']
update_period = g.live_config['comment_vote_update_period']
skip_score_update = (comment.num_votes > update_threshold
and comment.num_votes % update_period != 0)
# skip updating scores if this was the automatic initial vote. those
# updates will be handled by new_comment. Also only update scores
# periodically once a comment has many votes.
if not vote.is_automatic_initial_vote and not skip_score_update:
# check whether this link is using precomputed sorts, if it is
# we'll need to push an update to commentstree_q
link = Link._byID(comment.link_id)
if get_active_sort_orders_for_link(link):
# send this comment to commentstree_q where we will update
# CommentScoresByLink, CommentTree (noop), and CommentOrderer
add_to_commentstree_q(comment)
else:
# the link isn't using precomputed sorts, so just update the
# scores
write_comment_scores(link, [comment])
timer.intermediate("update_scores")
timer.stop()
timer.flush()
def process_message(msg):
from r2.lib.db.queries import (
add_queries,
add_to_commentstree_q,
get_comments,
)
vote_data = json.loads(msg.body)
hook = hooks.get_hook('vote.validate_vote_data')
if hook.call_until_return(msg=msg, vote_data=vote_data) is False:
# Corrupt records in the queue. Ignore them.
print "Ignoring invalid vote by %s on %s %s" % (
vote_data.get('user_id', '<unknown>'),
vote_data.get('thing_fullname', '<unknown>'),
vote_data)
return
timer = g.stats.get_timer("comment_vote_processor")
timer.start()
user = Account._byID(vote_data.pop("user_id"))
comment = Comment._by_fullname(vote_data.pop("thing_fullname"))
print "Processing vote by %s on %s %s" % (user, comment, vote_data)
try:
vote = Vote(
user,
comment,
direction=vote_data["direction"],
date=datetime.utcfromtimestamp(vote_data["date"]),
data=vote_data["data"],
event_data=vote_data.get("event_data"),
)
except TypeError as e:
# a vote on an invalid type got in the queue, just skip it
g.log.exception("Invalid type: %r", e.message)
return
vote.commit()
timer.intermediate("create_vote_object")
vote_valid = vote.is_automatic_initial_vote or vote.effects.affects_score
comment_valid = not (comment._spam or comment._deleted)
if vote_valid and comment_valid:
author = Account._byID(comment.author_id)
add_queries(
queries=[get_comments(author, sort, 'all') for sort in SORTS],
insert_items=comment,
)
timer.intermediate("author_queries")
# update the score periodically when a comment has many votes
update_threshold = g.live_config['comment_vote_update_threshold']
update_period = g.live_config['comment_vote_update_period']
num_votes = comment.num_votes
if num_votes <= update_threshold or num_votes % update_period == 0:
add_to_commentstree_q(comment)
timer.stop()
timer.flush()
def process_message(msg):
from r2.lib.comment_tree import write_comment_scores
from r2.lib.db.queries import (
add_queries,
add_to_commentstree_q,
get_comments,
)
from r2.models.builder import get_active_sort_orders_for_link
vote_data = json.loads(msg.body)
hook = hooks.get_hook('vote.validate_vote_data')
if hook.call_until_return(msg=msg, vote_data=vote_data) is False:
# Corrupt records in the queue. Ignore them.
print "Ignoring invalid vote by %s on %s %s" % (
vote_data.get('user_id', '<unknown>'),
vote_data.get('thing_fullname', '<unknown>'),
vote_data)
return
timer = g.stats.get_timer("comment_vote_processor")
timer.start()
user = Account._byID(vote_data.pop("user_id"))
comment = Comment._by_fullname(vote_data.pop("thing_fullname"))
print "Processing vote by %s on %s %s" % (user, comment, vote_data)
try:
vote = Vote(
user,
comment,
direction=vote_data["direction"],
date=datetime.utcfromtimestamp(vote_data["date"]),
data=vote_data["data"],
event_data=vote_data.get("event_data"),
)
except TypeError as e:
# a vote on an invalid type got in the queue, just skip it
g.log.exception("Invalid type: %r", e.message)
return
vote.commit()
timer.intermediate("create_vote_object")
vote_invalid = (not vote.effects.affects_score and
not vote.is_automatic_initial_vote)
comment_invalid = comment._spam or comment._deleted
if vote_invalid or comment_invalid:
timer.stop()
timer.flush()
return
author = Account._byID(comment.author_id)
add_queries(
queries=[get_comments(author, sort, 'all') for sort in SORTS],
insert_items=comment,
)
timer.intermediate("author_queries")
update_threshold = g.live_config['comment_vote_update_threshold']
update_period = g.live_config['comment_vote_update_period']
skip_score_update = (comment.num_votes > update_threshold and
comment.num_votes % update_period != 0)
# skip updating scores if this was the automatic initial vote. those
# updates will be handled by new_comment. Also only update scores
# periodically once a comment has many votes.
if not vote.is_automatic_initial_vote and not skip_score_update:
# check whether this link is using precomputed sorts, if it is
# we'll need to push an update to commentstree_q
link = Link._byID(comment.link_id)
if get_active_sort_orders_for_link(link):
# send this comment to commentstree_q where we will update
# CommentScoresByLink, CommentTree (noop), and CommentOrderer
add_to_commentstree_q(comment)
else:
# the link isn't using precomputed sorts, so just update the
# scores
write_comment_scores(link, [comment])
timer.intermediate("update_scores")
timer.stop()
timer.flush()
