def _get_ideas_real(discussion, view_def=None, ids=None, user_id=None):
user_id = user_id or Everyone
# optimization: Recursive widget links.
from assembl.models import (
Widget, IdeaWidgetLink, IdeaDescendantsShowingWidgetLink)
universal_widget_links = []
by_idea_widget_links = defaultdict(list)
widget_links = discussion.db.query(IdeaWidgetLink
).join(Widget).join(Discussion).filter(
Widget.test_active(), Discussion.id == discussion.id,
IdeaDescendantsShowingWidgetLink.polymorphic_filter()
).options(joinedload_all(IdeaWidgetLink.idea)).all()
for wlink in widget_links:
if isinstance(wlink.idea, RootIdea):
universal_widget_links.append({
'@type': wlink.external_typename(),
'widget': Widget.uri_generic(wlink.widget_id)})
else:
for id in wlink.idea.get_all_descendants(True):
by_idea_widget_links[Idea.uri_generic(id)].append({
'@type': wlink.external_typename(),
'widget': Widget.uri_generic(wlink.widget_id)})
next_synthesis = discussion.get_next_synthesis()
ideas = discussion.db.query(Idea).filter_by(
discussion_id=discussion.id
)
ideas = ideas.outerjoin(SubGraphIdeaAssociation,
and_(SubGraphIdeaAssociation.sub_graph_id==next_synthesis.id, SubGraphIdeaAssociation.idea_id==Idea.id)
)
ideas = ideas.outerjoin(IdeaLink,
and_(IdeaLink.target_id==Idea.id)
)
ideas = ideas.order_by(IdeaLink.order, Idea.creation_date)
if ids:
ids = [get_database_id("Idea", id) for id in ids]
ideas = ideas.filter(Idea.id.in_(ids))
# remove tombstones
ideas = ideas.filter(and_(*Idea.base_conditions()))
ideas = ideas.options(
joinedload_all(Idea.source_links),
joinedload_all(Idea.has_showing_widget_links),
undefer(Idea.num_children))
permissions = get_permissions(user_id, discussion.id)
Idea.prepare_counters(discussion.id, True)
retval = [idea.generic_json(view_def, user_id, permissions)
for idea in ideas]
retval = [x for x in retval if x is not None]
for r in retval:
if r.get('widget_links', None) is not None:
links = r['widget_links'][:]
links.extend(universal_widget_links)
links.extend(by_idea_widget_links[r['@id']])
r['active_widget_links'] = links
return retval
def _get_ideas_real(discussion, view_def=None, ids=None, user_id=None):
user_id = user_id or Everyone
# optimization: Recursive widget links.
from assembl.models import (
Widget, IdeaWidgetLink, IdeaDescendantsShowingWidgetLink)
universal_widget_links = []
by_idea_widget_links = defaultdict(list)
widget_links = discussion.db.query(IdeaWidgetLink
).join(Widget).join(Discussion).filter(
Widget.test_active(), Discussion.id == discussion.id,
IdeaDescendantsShowingWidgetLink.polymorphic_filter()
).options(joinedload_all(IdeaWidgetLink.idea)).all()
for wlink in widget_links:
if isinstance(wlink.idea, RootIdea):
universal_widget_links.append({
'@type': wlink.external_typename(),
'widget': Widget.uri_generic(wlink.widget_id)})
else:
for id in wlink.idea.get_all_descendants(True):
by_idea_widget_links[Idea.uri_generic(id)].append({
'@type': wlink.external_typename(),
'widget': Widget.uri_generic(wlink.widget_id)})
next_synthesis = discussion.get_next_synthesis()
ideas = discussion.db.query(Idea).filter_by(
discussion_id=discussion.id
)
ideas = ideas.outerjoin(SubGraphIdeaAssociation,
and_(SubGraphIdeaAssociation.sub_graph_id==next_synthesis.id, SubGraphIdeaAssociation.idea_id==Idea.id)
)
ideas = ideas.outerjoin(IdeaLink,
and_(IdeaLink.target_id==Idea.id)
)
ideas = ideas.order_by(IdeaLink.order, Idea.creation_date)
if ids:
ids = [get_database_id("Idea", id) for id in ids]
ideas = ideas.filter(Idea.id.in_(ids))
# remove tombstones
ideas = ideas.filter(and_(*Idea.base_conditions()))
ideas = ideas.options(
joinedload_all(Idea.source_links),
joinedload_all(Idea.has_showing_widget_links),
undefer(Idea.num_children))
permissions = get_permissions(user_id, discussion.id)
Idea.prepare_counters(discussion.id, True)
retval = [idea.generic_json(view_def, user_id, permissions)
for idea in ideas]
retval = [x for x in retval if x is not None]
for r in retval:
if r.get('widget_links', None) is not None:
links = r['widget_links'][:]
links.extend(universal_widget_links)
links.extend(by_idea_widget_links[r['@id']])
r['active_widget_links'] = links
return retval
def DISABLEDtest_voting_widget_criteria(discussion, test_app, subidea_1_1,
criterion_1, criterion_2, criterion_3,
admin_user, participant1_user,
test_session):
# Post the initial configuration
db = discussion.db
criteria = (criterion_1, criterion_2)
criteria_def = [{
"@id": criterion.uri(),
"short_title": criterion.short_title
} for criterion in criteria]
new_widget_loc = test_app.post(
'/data/Discussion/%d/widgets' % (discussion.id, ), {
'type': 'MultiCriterionVotingWidget',
'settings': json.dumps({"criteria": criteria_def})
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
db.flush()
new_widget = Widget.get_instance(new_widget_loc.location)
assert new_widget
db.expire(new_widget, ('criteria', ))
# Get the widget from the api
widget_rep = test_app.get(local_to_absolute(new_widget.uri()),
{'target': subidea_1_1.uri()},
headers={"Accept": "application/json"})
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
voting_urls = widget_rep['voting_urls']
assert voting_urls
assert widget_rep['criteria']
assert widget_rep['criteria_url']
# Note: At this point, we have two copies of the criteria in the rep.
# One is the full ideas in widget_rep['criteria'], the other is
# as specified originally in widget_rep['settings']['criteria'].
# In what follows I'll use the former.
# The criteria should also be in the criteria url
criteria_url = local_to_absolute(widget_rep['criteria_url'])
test = test_app.get(criteria_url)
assert test.status_code == 200
assert len(test.json) == 2
assert {x['@id'] for x in test.json} == {c.uri() for c in criteria}
assert test.json == widget_rep['criteria']
# Set a new set of criteria
criteria = (criterion_2, criterion_3)
criteria_def = [{
"@id": criterion.uri(),
"short_title": criterion.short_title
} for criterion in criteria]
test_app.put(criteria_url, json.dumps(criteria_def), headers=JSON_HEADER)
db.flush()
db.expire(new_widget, ('criteria', ))
# Get them back
test = test_app.get(criteria_url)
assert test.status_code == 200
assert len(test.json) == 2
assert {x['@id'] for x in test.json} == {c.uri() for c in criteria}
def test_voting_widget(discussion, test_app, subidea_1_1, criterion_1,
criterion_2, criterion_3, admin_user, participant1_user,
test_session, request):
# Post the initial configuration
db = discussion.db
criteria = (criterion_1, criterion_2, criterion_3)
new_widget_loc = test_app.post(
'/data/Discussion/%d/widgets' % (discussion.id, ), {
'type': 'MultiCriterionVotingWidget',
'settings': json.dumps({"votable_root_id": subidea_1_1.uri()})
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
db.flush()
widget_uri = new_widget_loc.location
new_widget = Widget.get_instance(widget_uri)
assert new_widget
assert new_widget.base_idea == subidea_1_1
db.expire(new_widget, ('criteria', 'votable_ideas', 'vote_specifications'))
# Get the widget from the api
widget_rep = test_app.get(local_to_absolute(widget_uri),
headers={"Accept": "application/json"})
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
votespecs_url = widget_rep.get('votespecs_url', None)
assert votespecs_url
votespecs_url = local_to_absolute(votespecs_url)
# Add a first criterion
vote_spec_1 = {
'@type': 'LickertVoteSpecification',
'minimum': 0,
'maximum': 1,
'criterion_idea': criterion_1.uri()
}
new_vote_spec_loc = test_app.post(votespecs_url,
json.dumps(vote_spec_1),
headers=JSON_HEADER)
assert new_vote_spec_loc.status_code == 201
new_vote_spec_uri = new_vote_spec_loc.location
new_vote_spec = AbstractVoteSpecification.get_instance(new_vote_spec_uri)
assert new_vote_spec
# and another one
vote_spec_2 = {
'@type': 'BinaryVoteSpecification',
'criterion_idea': criterion_2.uri()
}
new_vote_spec_loc = test_app.post(votespecs_url,
json.dumps(vote_spec_2),
headers=JSON_HEADER)
assert new_vote_spec_loc.status_code == 201
new_vote_spec_uri = new_vote_spec_loc.location
new_vote_spec = AbstractVoteSpecification.get_instance(new_vote_spec_uri)
assert new_vote_spec
# and another one
vote_spec_3 = {
'@type': 'MultipleChoiceVoteSpecification',
'num_choices': 5,
'criterion_idea': criterion_3.uri()
}
new_vote_spec_loc = test_app.post(votespecs_url,
json.dumps(vote_spec_3),
headers=JSON_HEADER)
assert new_vote_spec_loc.status_code == 201
new_vote_spec_uri = new_vote_spec_loc.location
new_vote_spec = AbstractVoteSpecification.get_instance(new_vote_spec_uri)
assert new_vote_spec
# Get an updated widget_rep with target
widget_rep = test_app.get(local_to_absolute(widget_uri),
{'target': subidea_1_1.uri()},
headers={"Accept": "application/json"})
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
voting_urls = widget_rep['voting_urls']
vote_spec_reps = widget_rep['vote_specifications']
assert voting_urls
# User votes should be empty
user_votes_url = local_to_absolute(widget_rep['user_votes_url'])
test = test_app.get(user_votes_url)
assert test.status_code == 200
assert len(test.json) == 0
# Get the voting endpoint for each vote_spec, and post a vote.
# Here we're using the voting_urls of the widget based on a single target;
# The alternative is to look at the voting_urls of a vote_spec
# and to get an url per target. The end result should be the same.
for i, (vote_spec_id, voting_url) in enumerate(voting_urls.iteritems()):
voting_url = local_to_absolute(voting_url)
for spec in vote_spec_reps:
if spec['@id'] == vote_spec_id:
break
else:
assert False, "vote spec %s in voting_urls "\
"but not in vote_specifications" % (vote_spec_id)
vote_type = spec['vote_class']
if vote_type == 'LickertIdeaVote':
vote_range = spec['maximum'] - spec['minimum']
value = spec['minimum'] + (i % vote_range)
elif vote_type == 'BinaryIdeaVote':
value = True
elif vote_type == 'MultipleChoiceIdeaVote':
value = (i % spec['num_choices'])
test = test_app.post(voting_url,
json.dumps({
"@type": vote_type,
"value": value,
}),
headers=JSON_HEADER)
assert test.status_code == 201
# Get them back
test = test_app.get(user_votes_url)
assert test.status_code == 200
assert len(test.json) == len(vote_spec_reps)
# Add votes for another user
# TODO
# Get vote results.
vote_results_urls = widget_rep['voting_results_by_spec_url']
for spec_rep in vote_spec_reps:
assert spec_rep['@id'] in vote_results_urls
vote_results_url = vote_results_urls.get(spec_rep['@id'], None)
assert vote_results_url
vote_results = test_app.get(local_to_absolute(vote_results_url))
assert vote_results.status_code == 200
vote_results = vote_results.json
assert vote_results[subidea_1_1.uri()]['n'] == 1
if spec_rep['@type'] == "LickertVoteSpecification":
assert vote_results[subidea_1_1.uri()]['avg'] == 0
return
# So far so good, rest to be done.
# Change my mind
criterion_key = criteria[0].uri()
voting_url = local_to_absolute(voting_urls[criterion_key])
test_app.post(voting_url, {"type": "LickertIdeaVote", "value": 10})
votes = db.query(AbstractIdeaVote).filter_by(
voter_id=admin_user.id,
idea_id=subidea_1_1.id,
criterion_id=criteria[0].id).all()
assert len(votes) == 2
assert len([v for v in votes if v.is_tombstone]) == 1
for v in votes:
assert v.widget_id == new_widget.id
# Get vote results again.
vote_results_urls = widget_rep['voting_results_by_spec_url']
for spec_rep in vote_spec_reps:
assert spec_rep['@id'] in vote_results_urls
vote_results_url = vote_results_urls.get(spec_rep['@id'], None)
assert vote_results_url
vote_results = test_app.get(local_to_absolute(vote_results_url))
assert vote_results.status_code == 200
vote_results = vote_results.json
assert vote_results[subidea_1_1.uri()]['n'] == 1
if spec_rep['@type'] == "LickertVoteSpecification":
assert vote_results[subidea_1_1.uri()]['avg'] == 10
# ideas_data = test_app.get('/api/v1/discussion/%d/ideas' % discussion.id)
# assert ideas_data.status_code == 200
# print ideas_data
def fin():
print "finalizer test_voting_widget"
new_widget.delete()
# this should cascade to specs and votes
test_session.flush()
request.addfinalizer(fin)
def test_inspiration_widget(discussion, test_app, subidea_1, subidea_1_1,
participant1_user, test_session):
# Post the initial configuration
format = lambda x: x.strftime('%Y-%m-%dT%H:%M:%S')
new_widget_loc = test_app.post(
'/data/Discussion/%d/widgets' % (discussion.id, ), {
'type': 'InspirationWidget',
'settings': json.dumps({'idea': 'local:Idea/%d' % (subidea_1.id)})
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
discussion.db.flush()
widget_uri = new_widget_loc.location
new_widget = Widget.get_instance(widget_uri)
assert new_widget
assert new_widget.base_idea == subidea_1
widget_id = new_widget.id
# There should be a link
widget_link = discussion.db.query(BaseIdeaWidgetLink).filter_by(
idea_id=subidea_1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# Get the widget from the api
widget_rep = test_app.get(local_to_absolute(widget_uri),
headers={"Accept": "application/json"})
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
print widget_rep
assert 'messages_url' in widget_rep
assert 'ideas_url' in widget_rep
assert 'user' in widget_rep
# Get the list of new ideas
# should be empty, despite the idea having a non-widget child
idea_endpoint = local_to_absolute(widget_rep['ideas_url'])
idea_hiding_endpoint = local_to_absolute(widget_rep['ideas_hiding_url'])
test = test_app.get(idea_endpoint)
assert test.status_code == 200
assert test.json == []
discussion.db.flush()
assert new_widget.base_idea == subidea_1
return
# WEIRD virtuoso crash in the tests here,
# dependent on previous tests being run.
ancestor_widgets = test_app.get(
'/data/Discussion/%d/ideas/%d/ancestor_inspiration_widgets/' %
(discussion.id, subidea_1_1.id))
assert ancestor_widgets.status_code == 200
ancestor_widgets_rep = ancestor_widgets.json
assert new_widget_loc.location in ancestor_widgets_rep
# TODO. ajouter la collection descendant_ideas.
# Comment déduire cet URL du widget????
r = test_app.post(
'/data/Discussion/%d/widgets/%d/base_idea_descendants/%d/linkedposts' %
(discussion.id, widget_id, subidea_1_1.id), {
"type": "WidgetPost",
"body": {
"@type":
"LangString",
"entries": [{
"@type": "LangStringEntry",
"value": "body",
"@language": "en"
}]
},
"creator_id": participant1_user.id,
"metadata_json": {
"inspiration_url":
"https://www.youtube.com/watch?v=7E2FUSYO374"
}
})
assert r.ok
post_location = r.location
post = Post.get_instance(post_location)
assert post
assert post.widget
assert post.metadata_json['inspiration_url']
def test_creativity_session_widget(discussion, test_app, subidea_1,
subidea_1_1, participant1_user,
test_session, request):
# Post the initial configuration
format = lambda x: x.strftime('%Y-%m-%dT%H:%M:%S')
new_widget_loc = test_app.post_json(
'/data/Discussion/%d/widgets' % (discussion.id, ), {
'@type': 'CreativitySessionWidget',
'settings': {
'idea':
'local:Idea/%d' % (subidea_1.id),
'notifications':
[{
'start': '2014-01-01T00:00:00',
'end': format(datetime.utcnow() + timedelta(1)),
'message': 'creativity_session'
}, {
'start': format(datetime.utcnow() + timedelta(1)),
'end': format(datetime.utcnow() + timedelta(2)),
'message': 'creativity_session'
}]
}
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
discussion.db.flush()
new_widget = Widget.get_instance(new_widget_loc.location)
assert new_widget
assert new_widget.base_idea == subidea_1
assert not new_widget.generated_ideas
widget_id = new_widget.id
# There should be a link
widget_uri = new_widget.uri()
widget_link = discussion.db.query(BaseIdeaWidgetLink).filter_by(
idea_id=subidea_1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# Get the widget from the api
widget_rep = test_app.get(local_to_absolute(widget_uri),
headers={"Accept": "application/json"})
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
print widget_rep
assert 'messages_url' in widget_rep
assert 'ideas_url' in widget_rep
assert 'user' in widget_rep
# Get the list of new ideas
# should be empty, despite the idea having a non-widget child
idea_endpoint = local_to_absolute(widget_rep['ideas_url'])
idea_hiding_endpoint = local_to_absolute(widget_rep['ideas_hiding_url'])
test = test_app.get(idea_endpoint)
assert test.status_code == 200
assert test.json == []
discussion.db.flush()
assert new_widget.base_idea == subidea_1
ctx_url = "http://example.com/cardgame.xml#card_1"
# Create a new sub-idea
new_idea_create = test_app.post_json(
idea_hiding_endpoint, {
"@type": "Idea",
"short_title": "This is a brand new idea",
"context_url": ctx_url
})
assert new_idea_create.status_code == 201
# Get the sub-idea from the db
discussion.db.flush()
assert new_widget.base_idea == subidea_1
new_idea1_id = new_idea_create.location
new_idea1 = Idea.get_instance(new_idea1_id)
assert new_idea1.proposed_in_post
assert new_idea1 in new_widget.generated_ideas
assert new_idea1.hidden
assert new_idea1.proposed_in_post.hidden
assert not subidea_1.hidden
# Get the sub-idea from the api
new_idea1_rep = test_app.get(local_to_absolute(new_idea_create.location),
headers={"Accept": "application/json"})
assert new_idea1_rep.status_code == 200
new_idea1_rep = new_idea1_rep.json
# It should have a link to the root idea
idea_link = discussion.db.query(IdeaLink).filter_by(
source_id=subidea_1.id, target_id=new_idea1.id).one()
assert idea_link
# It should have a link to the widget
widget_link = discussion.db.query(GeneratedIdeaWidgetLink).filter_by(
idea_id=new_idea1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# It should be linked to its creating post.
content_link = discussion.db.query(IdeaContentWidgetLink).filter_by(
idea_id=new_idea1.id,
content_id=new_idea1.proposed_in_post.id).first()
assert content_link
# The new idea should now be in the collection api
test = test_app.get(idea_endpoint)
assert test.status_code == 200
test = test.json
assert new_idea1_id in test or new_idea1_id in [x['@id'] for x in test]
# We should find the context in the new idea
assert ctx_url in test[0].get('creation_ctx_url', [])
# TODO: The root idea is included in the above, that's a bug.
# get the new post endpoint from the idea data
post_endpoint = new_idea1_rep.get('widget_add_post_endpoint', None)
assert (post_endpoint and widget_rep["@id"]
and post_endpoint[widget_rep["@id"]])
post_endpoint = post_endpoint[widget_rep["@id"]]
# Create a new post attached to the sub-idea
new_post_create = test_app.post_json(
local_to_absolute(post_endpoint), {
"@type": "AssemblPost",
"body": {
"@type":
"LangString",
"entries": [{
"@type": "LangStringEntry",
"value": "body",
"@language": "en"
}]
},
"idCreator": participant1_user.uri()
})
assert new_post_create.status_code == 201
# Get the new post from the db
discussion.db.flush()
new_post1_id = new_post_create.location
post = Post.get_instance(new_post1_id)
assert post.hidden
# It should have a widget link to the idea.
post_widget_link = discussion.db.query(IdeaContentWidgetLink).filter_by(
content_id=post.id, idea_id=new_idea1.id).one()
# It should be linked to the idea.
content_link = discussion.db.query(IdeaContentWidgetLink).filter_by(
idea_id=new_idea1.id, content_id=post.id).first()
assert content_link
# TODO: get the semantic data in tests.
# assert subidea_1.id in Idea.get_idea_ids_showing_post(new_post1_id)
# It should be a child of the proposing post
assert post.parent == new_idea1.proposed_in_post
# The new post should now be in the collection api
test = test_app.get(local_to_absolute(post_endpoint))
assert test.status_code == 200
assert new_post1_id in test.json or new_post1_id in [
x['@id'] for x in test.json
]
# Get the new post from the api
new_post1_rep = test_app.get(local_to_absolute(new_post_create.location),
headers={"Accept": "application/json"})
assert new_post1_rep.status_code == 200
# It should mention its idea
print new_post1_rep.json
assert new_idea1_id in new_post1_rep.json['widget_ideas']
new_post1 = Post.get_instance(new_post1_id)
assert new_post1.hidden
new_idea1 = Idea.get_instance(new_idea1_id)
assert new_idea1.hidden
# Create a second idea
new_idea_create = test_app.post_json(
idea_hiding_endpoint, {
"@type": "Idea",
"short_title": "This is another new idea"
})
assert new_idea_create.status_code == 201
# Get the sub-idea from the db
discussion.db.flush()
new_idea2_id = new_idea_create.location
# Approve the first but not the second idea
confirm_idea_url = local_to_absolute(widget_rep['confirm_ideas_url'])
confirm = test_app.post_json(confirm_idea_url, {"ids": [new_idea1_id]})
assert confirm.status_code == 200
discussion.db.flush()
# Get it back
get_back = test_app.get(confirm_idea_url)
assert get_back.status_code == 200
# The first idea should now be unhidden, but not the second
assert get_back.json == [new_idea1_id]
new_idea1 = Idea.get_instance(new_idea1_id)
assert not new_idea1.hidden
new_idea2 = Idea.get_instance(new_idea2_id)
assert new_idea2.hidden
assert new_idea2.proposed_in_post
# The second idea was not proposed in public
assert new_idea2.proposed_in_post.hidden
# The root ideas should not be hidden.
subidea_1 = Idea.get_instance(subidea_1.id)
assert not subidea_1.hidden
# Create a second post.
new_post_create = test_app.post_json(
local_to_absolute(post_endpoint), {
"@type": "AssemblPost",
"body": {
"@type":
"LangString",
"entries": [{
"@type": "LangStringEntry",
"value": "body",
"@language": "en"
}]
},
"idCreator": participant1_user.uri()
})
assert new_post_create.status_code == 201
discussion.db.flush()
new_post2_id = new_post_create.location
# Approve the first but not the second idea
confirm_messages_url = local_to_absolute(
widget_rep['confirm_messages_url'])
confirm = test_app.post_json(confirm_messages_url, {"ids": [new_post1_id]})
assert confirm.status_code == 200
discussion.db.flush()
# Get it back
get_back = test_app.get(confirm_messages_url)
assert get_back.status_code == 200
assert get_back.json == [new_post1_id]
# The first idea should now be unhidden, but not the second
new_post1 = Post.get_instance(new_post1_id)
assert not new_post1.hidden
new_post2 = Post.get_instance(new_post2_id)
def clear_data():
print "finalizing test data"
test_session.delete(new_post1)
test_session.delete(new_post2)
test_session.delete(new_idea1.proposed_in_post)
test_session.delete(new_idea2.proposed_in_post)
test_session.flush()
request.addfinalizer(clear_data)
assert new_post2.hidden
# Get the notifications
notifications = test_app.get('/data/Discussion/%d/notifications' %
discussion.id)
assert notifications.status_code == 200
notifications = notifications.json
# Only one active session
assert len(notifications) == 1
notification = notifications[0]
print notification
assert notification['widget_url']
assert notification['time_to_end'] > 23 * 60 * 60
assert notification['num_participants'] == 2 # participant and admin
assert notification['num_ideas'] == 2
def test_inspiration_widget(discussion, test_app, subidea_1, subidea_1_1,
participant1_user, test_session):
# Post the initial configuration
format = lambda x: x.strftime('%Y-%m-%dT%H:%M:%S')
new_widget_loc = test_app.post_json(
'/data/Conversation/%d/widgets' % (discussion.id, ), {
'@type': 'InspirationWidget',
'settings': {
'idea': 'local:GenericIdeaNode/%d' % (subidea_1.id)
}
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
discussion.db.flush()
widget_uri = new_widget_loc.location
new_widget = Widget.get_instance(widget_uri)
assert new_widget
assert new_widget.base_idea == subidea_1
widget_id = new_widget.id
# There should be a link
widget_link = discussion.db.query(BaseIdeaWidgetLink).filter_by(
idea_id=subidea_1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# Get the widget from the api
widget_rep = test_app.get(local_to_absolute(widget_uri),
headers={"Accept": "application/json"})
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
print(widget_rep)
assert 'messages_url' in widget_rep
assert 'ideas_url' in widget_rep
assert 'user' in widget_rep
# Get the list of new ideas
# should be empty, despite the idea having a non-widget child
idea_endpoint = local_to_absolute(widget_rep['ideas_url'])
idea_hiding_endpoint = local_to_absolute(widget_rep['ideas_hiding_url'])
test = test_app.get(idea_endpoint, headers=accept_json)
assert test.status_code == 200
assert test.json == []
discussion.db.flush()
assert new_widget.base_idea == subidea_1
endpoint = widget_rep.get('base_idea', {}).get('widget_add_post_endpoint',
{}).get(widget_uri, None)
assert endpoint
endpoint = '/data/' + endpoint[6:]
# TODO. ajouter la collection descendant_ideas.
# Comment déduire cet URL du widget????
r = test_app.post_json(
endpoint, {
"@type": "WidgetPost",
"body": {
"@type":
"LangString",
"entries": [{
"@type": "LangStringEntry",
"value": "body",
"@language": "en"
}]
},
"creator_id": participant1_user.id,
"metadata_json": {
"inspiration_url":
"https://www.youtube.com/watch?v=7E2FUSYO374"
}
})
assert r.status_code == 201
post_location = r.location
post = Post.get_instance(post_location)
assert post
assert post.widget
assert post.metadata_json['inspiration_url']
assert post.idea_links_of_content
content_idea_link = post.idea_links_of_content[0]
assert content_idea_link.idea == subidea_1
post.delete()
post.db.flush()
def _get_ideas_real(request, view_def=None, ids=None, user_id=None):
discussion = request.discussion
user_id = user_id or Everyone
# optimization: Recursive widget links.
from assembl.models import (Widget, IdeaWidgetLink,
IdeaDescendantsShowingWidgetLink)
universal_widget_links = []
by_idea_widget_links = defaultdict(list)
widget_links = discussion.db.query(IdeaWidgetLink).join(Widget).join(
Discussion).filter(
Widget.test_active(), Discussion.id == discussion.id,
IdeaDescendantsShowingWidgetLink.polymorphic_filter()).options(
joinedload(IdeaWidgetLink.idea)).all()
for wlink in widget_links:
if isinstance(wlink.idea, RootIdea):
universal_widget_links.append({
'@type':
wlink.external_typename(),
'widget':
Widget.uri_generic(wlink.widget_id)
})
else:
for id in wlink.idea.get_all_descendants(True):
by_idea_widget_links[Idea.uri_generic(id)].append({
'@type':
wlink.external_typename(),
'widget':
Widget.uri_generic(wlink.widget_id)
})
next_synthesis_id = discussion.get_next_synthesis_id()
ideas = discussion.db.query(Idea).filter_by(discussion=discussion)
ideas = ideas.outerjoin(
SubGraphIdeaAssociation,
and_(SubGraphIdeaAssociation.sub_graph_id == next_synthesis_id,
SubGraphIdeaAssociation.idea_id == Idea.id))
ideas = ideas.outerjoin(IdeaLink, IdeaLink.target_id == Idea.id)
ideas = ideas.order_by(IdeaLink.order, Idea.creation_date)
if ids:
ids = [Idea.get_database_id(id) for id in ids]
ideas = ideas.filter(Idea.id.in_(ids))
# remove tombstones
ideas = ideas.filter(and_(*Idea.base_conditions()))
ideas = ideas.options(
joinedload(Idea.source_links),
subqueryload(Idea.attachments).joinedload("document"),
subqueryload(Idea.widget_links),
joinedload(Idea.title).subqueryload("entries"),
joinedload(Idea.synthesis_title).subqueryload("entries"),
joinedload(Idea.description).subqueryload("entries"),
undefer(Idea.num_children))
permissions = request.permissions
Idea.prepare_counters(discussion.id, True)
# ideas = list(ideas)
# import cProfile
# cProfile.runctx('''retval = [idea.generic_json(None, %d, %s)
# for idea in ideas]''' % (user_id, permissions),
# globals(), locals(), 'json_stats')
retval = [
idea.generic_json(view_def, user_id, permissions) for idea in ideas
]
retval = [x for x in retval if x is not None]
for r in retval:
if r.get('widget_links', None) is not None:
links = r['widget_links'][:]
links.extend(universal_widget_links)
links.extend(by_idea_widget_links[r['@id']])
r['active_widget_links'] = links
return retval
def DISABLEDtest_voting_widget_criteria(
discussion, test_app, subidea_1_1, criterion_1, criterion_2,
criterion_3, admin_user, participant1_user,
test_session):
# Post the initial configuration
db = discussion.db
criteria = (criterion_1, criterion_2)
criteria_def = [
{
"@id": criterion.uri(),
"short_title": criterion.short_title
} for criterion in criteria
]
new_widget_loc = test_app.post(
'/data/Discussion/%d/widgets' % (discussion.id,), {
'type': 'MultiCriterionVotingWidget',
'settings': json.dumps({
"criteria": criteria_def
})
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
db.flush()
new_widget = Widget.get_instance(new_widget_loc.location)
assert new_widget
db.expire(new_widget, ('criteria', ))
# Get the widget from the api
widget_rep = test_app.get(
local_to_absolute(new_widget.uri()),
{'target': subidea_1_1.uri()},
headers={"Accept": "application/json"}
)
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
voting_urls = widget_rep['voting_urls']
assert voting_urls
assert widget_rep['criteria']
assert widget_rep['criteria_url']
# Note: At this point, we have two copies of the criteria in the rep.
# One is the full ideas in widget_rep['criteria'], the other is
# as specified originally in widget_rep['settings']['criteria'].
# In what follows I'll use the former.
# The criteria should also be in the criteria url
criteria_url = local_to_absolute(widget_rep['criteria_url'])
test = test_app.get(criteria_url)
assert test.status_code == 200
assert len(test.json) == 2
assert {x['@id'] for x in test.json} == {c.uri() for c in criteria}
assert test.json == widget_rep['criteria']
# Set a new set of criteria
criteria = (criterion_2, criterion_3)
criteria_def = [
{
"@id": criterion.uri(),
"short_title": criterion.short_title
} for criterion in criteria
]
test_app.put(criteria_url, json.dumps(criteria_def),
headers=JSON_HEADER)
db.flush()
db.expire(new_widget, ('criteria', ))
# Get them back
test = test_app.get(criteria_url)
assert test.status_code == 200
assert len(test.json) == 2
assert {x['@id'] for x in test.json} == {c.uri() for c in criteria}
def test_voting_widget(
discussion, test_app, subidea_1_1, criterion_1, criterion_2,
criterion_3, admin_user, participant1_user,
test_session, request):
# Post the initial configuration
db = discussion.db
criteria = (criterion_1, criterion_2, criterion_3)
new_widget_loc = test_app.post(
'/data/Discussion/%d/widgets' % (discussion.id,), {
'type': 'MultiCriterionVotingWidget',
'settings': json.dumps({
"votable_root_id": subidea_1_1.uri()
})
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
db.flush()
widget_uri = new_widget_loc.location
new_widget = Widget.get_instance(widget_uri)
assert new_widget
assert new_widget.base_idea == subidea_1_1
db.expire(new_widget, ('criteria', 'votable_ideas', 'vote_specifications'))
# Get the widget from the api
widget_rep = test_app.get(
local_to_absolute(widget_uri),
headers={"Accept": "application/json"}
)
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
votespecs_url = widget_rep.get('votespecs_url', None)
assert votespecs_url
votespecs_url = local_to_absolute(votespecs_url)
# Add a first criterion
vote_spec_1 = {
'@type': 'LickertVoteSpecification',
'minimum': 0,
'maximum': 1,
'criterion_idea': criterion_1.uri()
}
new_vote_spec_loc = test_app.post(
votespecs_url, json.dumps(vote_spec_1),
headers=JSON_HEADER)
assert new_vote_spec_loc.status_code == 201
new_vote_spec_uri = new_vote_spec_loc.location
new_vote_spec = AbstractVoteSpecification.get_instance(new_vote_spec_uri)
assert new_vote_spec
# and another one
vote_spec_2 = {
'@type': 'BinaryVoteSpecification',
'criterion_idea': criterion_2.uri()
}
new_vote_spec_loc = test_app.post(
votespecs_url, json.dumps(vote_spec_2),
headers=JSON_HEADER)
assert new_vote_spec_loc.status_code == 201
new_vote_spec_uri = new_vote_spec_loc.location
new_vote_spec = AbstractVoteSpecification.get_instance(new_vote_spec_uri)
assert new_vote_spec
# and another one
vote_spec_3 = {
'@type': 'MultipleChoiceVoteSpecification',
'num_choices': 5,
'criterion_idea': criterion_3.uri()
}
new_vote_spec_loc = test_app.post(
votespecs_url, json.dumps(vote_spec_3),
headers=JSON_HEADER)
assert new_vote_spec_loc.status_code == 201
new_vote_spec_uri = new_vote_spec_loc.location
new_vote_spec = AbstractVoteSpecification.get_instance(new_vote_spec_uri)
assert new_vote_spec
# Get an updated widget_rep with target
widget_rep = test_app.get(
local_to_absolute(widget_uri),
{'target': subidea_1_1.uri()},
headers={"Accept": "application/json"}
)
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
voting_urls = widget_rep['voting_urls']
vote_spec_reps = widget_rep['vote_specifications']
assert voting_urls
# User votes should be empty
user_votes_url = local_to_absolute(widget_rep['user_votes_url'])
test = test_app.get(user_votes_url)
assert test.status_code == 200
assert len(test.json) == 0
# Get the voting endpoint for each vote_spec, and post a vote.
# Here we're using the voting_urls of the widget based on a single target;
# The alternative is to look at the voting_urls of a vote_spec
# and to get an url per target. The end result should be the same.
for i, (vote_spec_id, voting_url) in enumerate(voting_urls.iteritems()):
voting_url = local_to_absolute(voting_url)
for spec in vote_spec_reps:
if spec['@id'] == vote_spec_id:
break
else:
assert False, "vote spec %s in voting_urls "\
"but not in vote_specifications" % (vote_spec_id)
vote_type = spec['vote_class']
if vote_type == 'LickertIdeaVote':
vote_range = spec['maximum'] - spec['minimum']
value = spec['minimum'] + (i % vote_range)
elif vote_type == 'BinaryIdeaVote':
value = True
elif vote_type == 'MultipleChoiceIdeaVote':
value = (i % spec['num_choices'])
test = test_app.post(voting_url, json.dumps({
"@type": vote_type,
"value": value,
}), headers=JSON_HEADER)
assert test.status_code == 201
# Get them back
test = test_app.get(user_votes_url)
assert test.status_code == 200
assert len(test.json) == len(vote_spec_reps)
# Add votes for another user
# TODO
# Get vote results.
vote_results_urls = widget_rep['voting_results_by_spec_url']
for spec_rep in vote_spec_reps:
assert spec_rep['@id'] in vote_results_urls
vote_results_url = vote_results_urls.get(spec_rep['@id'], None)
assert vote_results_url
vote_results = test_app.get(local_to_absolute(vote_results_url))
assert vote_results.status_code == 200
vote_results = vote_results.json
assert vote_results[subidea_1_1.uri()]['n'] == 1
if spec_rep['@type'] == "LickertVoteSpecification":
assert vote_results[subidea_1_1.uri()]['avg'] == 0
return
# So far so good, rest to be done.
# Change my mind
criterion_key = criteria[0].uri()
voting_url = local_to_absolute(voting_urls[criterion_key])
test_app.post(voting_url, {
"type": "LickertIdeaVote", "value": 10})
votes = db.query(AbstractIdeaVote).filter_by(
voter_id=admin_user.id, idea_id=subidea_1_1.id,
criterion_id=criteria[0].id).all()
assert len(votes) == 2
assert len([v for v in votes if v.is_tombstone]) == 1
for v in votes:
assert v.widget_id == new_widget.id
# Get vote results again.
vote_results_urls = widget_rep['voting_results_by_spec_url']
for spec_rep in vote_spec_reps:
assert spec_rep['@id'] in vote_results_urls
vote_results_url = vote_results_urls.get(spec_rep['@id'], None)
assert vote_results_url
vote_results = test_app.get(local_to_absolute(vote_results_url))
assert vote_results.status_code == 200
vote_results = vote_results.json
assert vote_results[subidea_1_1.uri()]['n'] == 1
if spec_rep['@type'] == "LickertVoteSpecification":
assert vote_results[subidea_1_1.uri()]['avg'] == 10
# ideas_data = test_app.get('/api/v1/discussion/%d/ideas' % discussion.id)
# assert ideas_data.status_code == 200
# print ideas_data
def fin():
print "finalizer test_voting_widget"
new_widget.delete()
# this should cascade to specs and votes
test_session.flush()
request.addfinalizer(fin)
def test_inspiration_widget(
discussion, test_app, subidea_1, subidea_1_1,
participant1_user, test_session):
# Post the initial configuration
format = lambda x: x.strftime('%Y-%m-%dT%H:%M:%S')
new_widget_loc = test_app.post(
'/data/Discussion/%d/widgets' % (discussion.id,), {
'type': 'InspirationWidget',
'settings': json.dumps({
'idea': 'local:Idea/%d' % (subidea_1.id)
})
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
discussion.db.flush()
widget_uri = new_widget_loc.location
new_widget = Widget.get_instance(widget_uri)
assert new_widget
assert new_widget.base_idea == subidea_1
widget_id = new_widget.id
# There should be a link
widget_link = discussion.db.query(BaseIdeaWidgetLink).filter_by(
idea_id=subidea_1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# Get the widget from the api
widget_rep = test_app.get(
local_to_absolute(widget_uri),
headers={"Accept": "application/json"}
)
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
print widget_rep
assert 'messages_url' in widget_rep
assert 'ideas_url' in widget_rep
assert 'user' in widget_rep
# Get the list of new ideas
# should be empty, despite the idea having a non-widget child
idea_endpoint = local_to_absolute(widget_rep['ideas_url'])
idea_hiding_endpoint = local_to_absolute(widget_rep['ideas_hiding_url'])
test = test_app.get(idea_endpoint)
assert test.status_code == 200
assert test.json == []
discussion.db.flush()
assert new_widget.base_idea == subidea_1
return
# WEIRD virtuoso crash in the tests here,
# dependent on previous tests being run.
ancestor_widgets = test_app.get(
'/data/Discussion/%d/ideas/%d/ancestor_inspiration_widgets/' % (
discussion.id, subidea_1_1.id))
assert ancestor_widgets.status_code == 200
ancestor_widgets_rep = ancestor_widgets.json
assert new_widget_loc.location in ancestor_widgets_rep
# TODO. ajouter la collection descendant_ideas.
# Comment déduire cet URL du widget????
r = test_app.post(
'/data/Discussion/%d/widgets/%d/base_idea_descendants/%d/linkedposts' %
(discussion.id, widget_id, subidea_1_1.id), {
"type": "WidgetPost",
"body": {"@type": "LangString", "entries": [{
"@type": "LangStringEntry", "value": "body",
"@language": "en"
}]}, "creator_id": participant1_user.id,
"metadata_json": {
"inspiration_url":
"https://www.youtube.com/watch?v=7E2FUSYO374"}})
assert r.ok
post_location = r.location
post = Post.get_instance(post_location)
assert post
assert post.widget
assert post.metadata_json['inspiration_url']
def test_creativity_session_widget(
discussion, test_app, subidea_1, subidea_1_1,
participant1_user, test_session, request):
# Post the initial configuration
format = lambda x: x.strftime('%Y-%m-%dT%H:%M:%S')
new_widget_loc = test_app.post_json(
'/data/Discussion/%d/widgets' % (discussion.id,), {
'@type': 'CreativitySessionWidget',
'settings': {
'idea': 'local:Idea/%d' % (subidea_1.id),
'notifications': [
{
'start': '2014-01-01T00:00:00',
'end': format(datetime.utcnow() + timedelta(1)),
'message': 'creativity_session'
},
{
'start': format(datetime.utcnow() + timedelta(1)),
'end': format(datetime.utcnow() + timedelta(2)),
'message': 'creativity_session'
}
]
}
})
assert new_widget_loc.status_code == 201
# Get the widget from the db
discussion.db.flush()
new_widget = Widget.get_instance(new_widget_loc.location)
assert new_widget
assert new_widget.base_idea == subidea_1
assert not new_widget.generated_ideas
widget_id = new_widget.id
# There should be a link
widget_uri = new_widget.uri()
widget_link = discussion.db.query(BaseIdeaWidgetLink).filter_by(
idea_id=subidea_1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# Get the widget from the api
widget_rep = test_app.get(
local_to_absolute(widget_uri),
headers={"Accept": "application/json"}
)
assert widget_rep.status_code == 200
widget_rep = widget_rep.json
print widget_rep
assert 'messages_url' in widget_rep
assert 'ideas_url' in widget_rep
assert 'user' in widget_rep
# Get the list of new ideas
# should be empty, despite the idea having a non-widget child
idea_endpoint = local_to_absolute(widget_rep['ideas_url'])
idea_hiding_endpoint = local_to_absolute(widget_rep['ideas_hiding_url'])
test = test_app.get(idea_endpoint)
assert test.status_code == 200
assert test.json == []
discussion.db.flush()
assert new_widget.base_idea == subidea_1
ctx_url = "http://example.com/cardgame.xml#card_1"
# Create a new sub-idea
new_idea_create = test_app.post_json(idea_hiding_endpoint, {
"@type": "Idea", "short_title": "This is a brand new idea",
"context_url": ctx_url
})
assert new_idea_create.status_code == 201
# Get the sub-idea from the db
discussion.db.flush()
assert new_widget.base_idea == subidea_1
new_idea1_id = new_idea_create.location
new_idea1 = Idea.get_instance(new_idea1_id)
assert new_idea1.proposed_in_post
assert new_idea1 in new_widget.generated_ideas
assert new_idea1.hidden
assert new_idea1.proposed_in_post.hidden
assert not subidea_1.hidden
# Get the sub-idea from the api
new_idea1_rep = test_app.get(
local_to_absolute(new_idea_create.location),
headers={"Accept": "application/json"}
)
assert new_idea1_rep.status_code == 200
new_idea1_rep = new_idea1_rep.json
# It should have a link to the root idea
idea_link = discussion.db.query(IdeaLink).filter_by(
source_id=subidea_1.id, target_id=new_idea1.id).one()
assert idea_link
# It should have a link to the widget
widget_link = discussion.db.query(GeneratedIdeaWidgetLink).filter_by(
idea_id=new_idea1.id, widget_id=widget_id).all()
assert widget_link
assert len(widget_link) == 1
# It should be linked to its creating post.
content_link = discussion.db.query(IdeaContentWidgetLink).filter_by(
idea_id=new_idea1.id, content_id=new_idea1.proposed_in_post.id).first()
assert content_link
# The new idea should now be in the collection api
test = test_app.get(idea_endpoint)
assert test.status_code == 200
test = test.json
assert new_idea1_id in test or new_idea1_id in [
x['@id'] for x in test]
# We should find the context in the new idea
assert ctx_url in test[0].get('creation_ctx_url', [])
# TODO: The root idea is included in the above, that's a bug.
# get the new post endpoint from the idea data
post_endpoint = new_idea1_rep.get('widget_add_post_endpoint', None)
assert (post_endpoint and widget_rep["@id"] and
post_endpoint[widget_rep["@id"]])
post_endpoint = post_endpoint[widget_rep["@id"]]
# Create a new post attached to the sub-idea
new_post_create = test_app.post_json(local_to_absolute(post_endpoint), {
"@type": "AssemblPost",
"body": {"@type": "LangString", "entries": [{
"@type": "LangStringEntry", "value": "body",
"@language": "en"
}]}, "idCreator": participant1_user.uri()})
assert new_post_create.status_code == 201
# Get the new post from the db
discussion.db.flush()
new_post1_id = new_post_create.location
post = Post.get_instance(new_post1_id)
assert post.hidden
# It should have a widget link to the idea.
post_widget_link = discussion.db.query(IdeaContentWidgetLink).filter_by(
content_id=post.id, idea_id=new_idea1.id).one()
# It should be linked to the idea.
content_link = discussion.db.query(IdeaContentWidgetLink).filter_by(
idea_id=new_idea1.id, content_id=post.id).first()
assert content_link
# TODO: get the semantic data in tests.
# assert subidea_1.id in Idea.get_idea_ids_showing_post(new_post1_id)
# It should be a child of the proposing post
assert post.parent == new_idea1.proposed_in_post
# The new post should now be in the collection api
test = test_app.get(local_to_absolute(post_endpoint))
assert test.status_code == 200
assert new_post1_id in test.json or new_post1_id in [
x['@id'] for x in test.json]
# Get the new post from the api
new_post1_rep = test_app.get(
local_to_absolute(new_post_create.location),
headers={"Accept": "application/json"}
)
assert new_post1_rep.status_code == 200
# It should mention its idea
print new_post1_rep.json
assert new_idea1_id in new_post1_rep.json['widget_ideas']
new_post1 = Post.get_instance(new_post1_id)
assert new_post1.hidden
new_idea1 = Idea.get_instance(new_idea1_id)
assert new_idea1.hidden
# Create a second idea
new_idea_create = test_app.post_json(idea_hiding_endpoint, {
"@type": "Idea", "short_title": "This is another new idea"})
assert new_idea_create.status_code == 201
# Get the sub-idea from the db
discussion.db.flush()
new_idea2_id = new_idea_create.location
# Approve the first but not the second idea
confirm_idea_url = local_to_absolute(widget_rep['confirm_ideas_url'])
confirm = test_app.post_json(confirm_idea_url, {
"ids": [new_idea1_id]})
assert confirm.status_code == 200
discussion.db.flush()
# Get it back
get_back = test_app.get(confirm_idea_url)
assert get_back.status_code == 200
# The first idea should now be unhidden, but not the second
assert get_back.json == [new_idea1_id]
new_idea1 = Idea.get_instance(new_idea1_id)
assert not new_idea1.hidden
new_idea2 = Idea.get_instance(new_idea2_id)
assert new_idea2.hidden
assert new_idea2.proposed_in_post
# The second idea was not proposed in public
assert new_idea2.proposed_in_post.hidden
# The root ideas should not be hidden.
subidea_1 = Idea.get_instance(subidea_1.id)
assert not subidea_1.hidden
# Create a second post.
new_post_create = test_app.post_json(local_to_absolute(post_endpoint), {
"@type": "AssemblPost",
"body": {"@type": "LangString", "entries": [{
"@type": "LangStringEntry", "value": "body",
"@language": "en"
}]}, "idCreator": participant1_user.uri()})
assert new_post_create.status_code == 201
discussion.db.flush()
new_post2_id = new_post_create.location
# Approve the first but not the second idea
confirm_messages_url = local_to_absolute(
widget_rep['confirm_messages_url'])
confirm = test_app.post_json(confirm_messages_url, {
"ids": [new_post1_id]})
assert confirm.status_code == 200
discussion.db.flush()
# Get it back
get_back = test_app.get(confirm_messages_url)
assert get_back.status_code == 200
assert get_back.json == [new_post1_id]
# The first idea should now be unhidden, but not the second
new_post1 = Post.get_instance(new_post1_id)
assert not new_post1.hidden
new_post2 = Post.get_instance(new_post2_id)
def clear_data():
print "finalizing test data"
test_session.delete(new_post1)
test_session.delete(new_post2)
test_session.delete(new_idea1.proposed_in_post)
test_session.delete(new_idea2.proposed_in_post)
test_session.flush()
request.addfinalizer(clear_data)
assert new_post2.hidden
# Get the notifications
notifications = test_app.get(
'/data/Discussion/%d/notifications' % discussion.id)
assert notifications.status_code == 200
notifications = notifications.json
# Only one active session
assert len(notifications) == 1
notification = notifications[0]
print notification
assert notification['widget_url']
assert notification['time_to_end'] > 23 * 60 * 60
assert notification['num_participants'] == 2 # participant and admin
assert notification['num_ideas'] == 2
