def _register_wait_page_visit(self):
if otree.common_internal.USE_REDIS:
lock = redis_lock.Lock(otree.common_internal.get_redis_conn(),
self.get_channels_group_name(),
expire=60,
auto_renewal=True)
else:
lock = global_lock()
with lock:
unvisited_participants = self._tally_unvisited()
if unvisited_participants:
return
try:
if self.wait_for_all_groups:
completion = CompletedSubsessionWaitPage(
page_index=self._index_in_pages, session=self.session)
else:
completion = CompletedGroupWaitPage(
page_index=self._index_in_pages,
group_pk=self.group.pk,
session=self.session)
completion.save()
return completion
# if the record already exists
# (enforced through unique_together)
except django.db.IntegrityError:
return
def _register_wait_page_visit(self):
if otree.common_internal.USE_REDIS:
lock = redis_lock.Lock(
otree.common_internal.get_redis_conn(),
self.get_channels_group_name(),
expire=60,
auto_renewal=True
)
else:
lock = global_lock()
with lock:
unvisited_participants = self._tally_unvisited()
if unvisited_participants:
return
try:
if self.wait_for_all_groups:
completion = CompletedSubsessionWaitPage(
page_index=self._index_in_pages,
session=self.session
)
else:
completion = CompletedGroupWaitPage(
page_index=self._index_in_pages,
group_pk=self.group.pk,
session=self.session
)
completion.save()
return completion
# if the record already exists
# (enforced through unique_together)
except django.db.IntegrityError:
return
def _mark_completed_and_notify(self, group: Optional[BaseGroup]):
# if group is not passed, then it's the whole subsession
# could be 2 people creating the record at the same time
# in _increment_index_in_pages, so could end up creating 2 records
# but it's not a problem.
base_kwargs = dict(page_index=self._index_in_pages, session_id=self._session_pk)
Player = self.PlayerClass
if self.wait_for_all_groups:
CompletedSubsessionWaitPage.objects_create(**base_kwargs)
elif self.group_by_arrival_time:
db.add(
CompletedGBATWaitPage(
**base_kwargs, id_in_subsession=group.id_in_subsession
)
)
else:
db.add(CompletedGroupWaitPage(**base_kwargs, group_id=group.id))
participants = self._get_participants_for_this_waitpage()
self._mark_page_completions(list(participants))
for pp in participants:
pp._last_page_timestamp = time.time()
# this can cause messages to get wrongly enqueued in the botworker
if otree.common.USE_TIMEOUT_WORKER and not self.participant.is_browser_bot:
# 2016-11-15: we used to only ensure the next page is visited
# if the next page has a timeout, or if it's a wait page
# but this is not reliable because next page might be skipped anyway,
# and we don't know what page will actually be shown next to the user.
otree.tasks.ensure_pages_visited(
participant_pks=[pp.id for pp in participants], delay=10,
)
if self.group_by_arrival_time:
channel_utils.sync_group_send(
group=channel_utils.gbat_group_name(**base_kwargs),
data={'status': 'ready'},
)
else:
if self.wait_for_all_groups:
channels_group_name = channel_utils.subsession_wait_page_name(
**base_kwargs
)
else:
channels_group_name = channel_utils.group_wait_page_name(
**base_kwargs, group_id=group.id
)
channel_utils.sync_group_send(
group=channels_group_name, data={'status': 'ready'}
)
def _register_wait_page_visit(self):
with global_lock():
unvisited_participants = self._tally_unvisited()
if unvisited_participants:
return
try:
if self.wait_for_all_groups:
completion = CompletedSubsessionWaitPage(
page_index=self._index_in_pages, session=self.session)
else:
completion = CompletedGroupWaitPage(
page_index=self._index_in_pages,
group_pk=self.group.pk,
session=self.session)
completion.save()
return completion
# if the record already exists
# (enforced through unique_together)
except django.db.IntegrityError:
return
def inner_dispatch_subsession(self):
if CompletedSubsessionWaitPage.objects_exists(
page_index=self._index_in_pages, session=self.session
):
return self._response_when_ready()
is_displayed = self._is_displayed()
is_last, someone_waiting = self._tally_unvisited()
if is_displayed and not is_last:
return self._get_wait_page()
elif is_last and (someone_waiting or is_displayed):
self._run_aapa_and_notify(self.subsession)
return self._response_when_ready()
def _register_wait_page_visit(self):
with global_lock():
unvisited_participants = self._tally_unvisited()
if unvisited_participants:
return
try:
if self.wait_for_all_groups:
completion = CompletedSubsessionWaitPage(
page_index=self._index_in_pages,
session=self.session
)
else:
completion = CompletedGroupWaitPage(
page_index=self._index_in_pages,
group_pk=self.group.pk,
session=self.session
)
completion.save()
return completion
# if the record already exists
# (enforced through unique_together)
except django.db.IntegrityError:
return
def dispatch(self, request, *args, **kwargs):
if self.wait_for_all_groups:
self._group_or_subsession = self.subsession
else:
self._group_or_subsession = self.group
if self._is_ready():
return self._response_when_ready()
# take a lock because we set "waiting for" list here
with lock_on_this_code_path():
unvisited_participants = self._tally_unvisited()
if unvisited_participants:
# only skip the wait page if there are still
# unvisited participants. otherwise, you need to
# mark the page as completed.
# see _increment_index_in_pages, which needs to
# handle this case also
if not self.is_displayed():
return self._response_when_ready()
self.participant.is_on_wait_page = True
return self._get_wait_page()
else:
try:
if self.wait_for_all_groups:
completion = CompletedSubsessionWaitPage(
page_index=self._index_in_pages,
session_pk=self.session.pk)
else:
completion = CompletedGroupWaitPage(
page_index=self._index_in_pages,
group_pk=self.group.pk,
session_pk=self.session.pk)
completion.save()
# if the record already exists
# (enforced through unique_together)
except django.db.IntegrityError:
self.participant.is_on_wait_page = True
return self._get_wait_page()
try:
# need to check this before deleting
# reference to self.player
is_displayed = self.is_displayed()
# in case there is a timeout on the next page, we
# should ensure the next pages are visited promptly
# TODO: can we make this run only if next page is a
# timeout page?
# or if a player is auto playing.
# we could instead make this request the current page
# URL, but it's different for each player
# _group_or_subsession might be deleted
# in after_all_players_arrive, so calculate this first
participant_pk_set = set([
p.participant.pk
for p in self._group_or_subsession.player_set.all()
])
# _group_or_subsession might be deleted
# in after_all_players_arrive, so calculate this first
channels_group_name = self.channels_group_name()
# block users from accessing self.player inside
# after_all_players_arrive, because conceptually
# there is no single player in this context
# (method is executed once for the whole group)
player = self.player
del self.player
# make sure we get the most up-to-date player objects
# e.g. if they were queried in is_displayed(),
# then they could be out of date
# but don't delete the current player from cache
# because we need it to be saved at the end
import idmap.tls
cache = getattr(idmap.tls._tls, 'idmap_cache', {})
for p in list(cache.get(self.PlayerClass, {}).values()):
if p != player:
self.PlayerClass.flush_cached_instance(p)
# if any player can skip the wait page,
# then we shouldn't run after_all_players_arrive
# because if some players are able to proceed to the next page
# before after_all_players_arrive is run,
# then after_all_players_arrive is probably not essential.
# often, there are some wait pages that all players skip,
# because they should only be shown in certain rounds.
# maybe the fields that after_all_players_arrive depends on
# are null
# something to think about: ideally, should we check if
# all players skipped, or any player skipped?
# as a shortcut, we just check if is_displayed is true
# for the last player.
if is_displayed:
self.after_all_players_arrive()
except Exception as e:
completion.delete()
raise e
self.player = player
if otree.common_internal.USE_REDIS:
# 2015-07-27:
# why not check if the next page has_timeout?
otree.timeout.tasks.ensure_pages_visited.schedule(kwargs={
'participant_pk_set':
participant_pk_set,
'wait_page_index':
self._index_in_pages,
},
delay=10)
completion.after_all_players_arrive_run = True
completion.save()
# send a message to the channel to move forward
# this should happen at the very end,
channels.Group(channels_group_name).send(
{'text': json.dumps({'status': 'ready'})})
# we can assume it's ready because
# even if it wasn't created, that means someone else
# created it, and therefore that whole code block
# finished executing (including the after_all_players_arrive)
# inside the transaction
return self._response_when_ready()
def dispatch(self, request, *args, **kwargs):
if self.wait_for_all_groups:
self._group_or_subsession = self.subsession
else:
self._group_or_subsession = self.group
if self._is_ready():
return self._response_when_ready()
# take a lock because we set "waiting for" list here
with lock_on_this_code_path():
unvisited_participants = self._tally_unvisited()
if unvisited_participants:
# only skip the wait page if there are still
# unvisited participants. otherwise, you need to
# mark the page as completed.
# see _increment_index_in_pages, which needs to
# handle this case also
if not self.is_displayed():
return self._response_when_ready()
self.participant.is_on_wait_page = True
return self._get_wait_page()
else:
try:
if self.wait_for_all_groups:
completion = CompletedSubsessionWaitPage(
page_index=self._index_in_pages,
session_pk=self.session.pk
)
else:
completion = CompletedGroupWaitPage(
page_index=self._index_in_pages,
group_pk=self.group.pk,
session_pk=self.session.pk
)
completion.save()
# if the record already exists
# (enforced through unique_together)
except django.db.IntegrityError:
self.participant.is_on_wait_page = True
return self._get_wait_page()
try:
# need to check this before deleting
# reference to self.player
is_displayed = self.is_displayed()
# in case there is a timeout on the next page, we
# should ensure the next pages are visited promptly
# TODO: can we make this run only if next page is a
# timeout page?
# or if a player is auto playing.
# we could instead make this request the current page
# URL, but it's different for each player
# _group_or_subsession might be deleted
# in after_all_players_arrive, so calculate this first
participant_pk_set = set([
p.participant.pk
for p in self._group_or_subsession.player_set.all()
])
# _group_or_subsession might be deleted
# in after_all_players_arrive, so calculate this first
channels_group_name = self.channels_group_name()
# block users from accessing self.player inside
# after_all_players_arrive, because conceptually
# there is no single player in this context
# (method is executed once for the whole group)
player = self.player
del self.player
# make sure we get the most up-to-date player objects
# e.g. if they were queried in is_displayed(),
# then they could be out of date
# but don't delete the current player from cache
# because we need it to be saved at the end
import idmap.tls
cache = getattr(idmap.tls._tls, 'idmap_cache', {})
for p in list(cache.get(self.PlayerClass, {}).values()):
if p != player:
self.PlayerClass.flush_cached_instance(p)
# if any player can skip the wait page,
# then we shouldn't run after_all_players_arrive
# because if some players are able to proceed to the next page
# before after_all_players_arrive is run,
# then after_all_players_arrive is probably not essential.
# often, there are some wait pages that all players skip,
# because they should only be shown in certain rounds.
# maybe the fields that after_all_players_arrive depends on
# are null
# something to think about: ideally, should we check if
# all players skipped, or any player skipped?
# as a shortcut, we just check if is_displayed is true
# for the last player.
if is_displayed:
self.after_all_players_arrive()
except:
completion.delete()
raise
self.player = player
if otree.common_internal.USE_REDIS:
# 2015-07-27:
# why not check if the next page has_timeout?
otree.timeout.tasks.ensure_pages_visited.schedule(
kwargs={
'participant_pk_set': participant_pk_set,
'wait_page_index': self._index_in_pages}, delay=10)
completion.after_all_players_arrive_run = True
completion.save()
# send a message to the channel to move forward
# this should happen at the very end,
channels.Group(channels_group_name).send(
{'text': json.dumps(
{'status': 'ready'})}
)
# we can assume it's ready because
# even if it wasn't created, that means someone else
# created it, and therefore that whole code block
# finished executing (including the after_all_players_arrive)
# inside the transaction
return self._response_when_ready()
def completion_exists(self, **kwargs):
return CompletedSubsessionWaitPage.objects_exists(**kwargs)