def log_in_route(request):
"""
Log in user.
"""
db_conn = request['db_conn']
name = request['params'].get('name') or ''
name = name.lower().strip()
user = get_user(db_conn, {'name': name})
if not user:
user = get_user(db_conn, {'email': name})
if not user:
return 404, {
'errors': [{
'name': 'name',
'message': c('no_user'),
'ref': 'dfhMHDFbT42CmRRmN14gdA',
}],
}
real_encrypted_password = user['password']
given_password = request['params'].get('password')
if not is_password_valid(real_encrypted_password, given_password):
return 400, {
'errors': [{
'name': 'password',
'message': c('no_match'),
'ref': 'DTarUzzsSLKarq-uIsXkFQ',
}],
}
return _log_in(user)
def log_in_route(request):
"""
Log in user.
"""
db_conn = request['db_conn']
name = request['params'].get('name') or ''
name = name.lower().strip()
user = get_user({'name': name}, db_conn)
if not user:
user = get_user({'email': request['params'].get('name')}, db_conn)
if not user:
return 404, {
'errors': [{
'name': 'name',
'message': c('no_user'),
}],
'ref': 'FYIPOI8g2nzrIEcJYSDAfmti'
}
real_encrypted_password = user['password']
given_password = request['params'].get('password')
if not is_password_valid(real_encrypted_password, given_password):
return 400, {
'errors': [{
'name': 'password',
'message': c('no_match'),
}],
'ref': 'UwCRydZ7Agi7LYKv9c1y07ft'
}
return _log_in(user)
def process_article():
# generate a random file name and a current datetime
lookup_id = str(uuid.uuid4())
current_dt = datetime.datetime.now()
filename = lookup_id + str(current_dt) + ".txt"
content = request.form['page']
user_id = request.form['user_id']
# push page text through nlp pipeline
processor = nlp.NaturalLanguageProcessor()
keywords = processor.get_keywords(content)
# Add results as a record to database.
api_results = article_a.get_articles(keywords)
webpage_lookup = web_page_lookup.create_webpage_lookup(
user_id, content, lookup_id, filename, keywords, current_dt,
api_results)
# Get the User Object and find the top 10 keywords
user = user_collection.get_user(user_id)
user_keywords = web_page_lookup.count_keywords(user)[:10]
return_dict = {
"lookup_id": lookup_id,
"user_id": user_id,
"datetime": str(current_dt),
"keywords": keywords,
"user_keywords": user_keywords
}
for result in api_results.keys():
return_dict[result] = api_results[result]
return jsonify(return_dict)
def test_set_learning_context(db_conn, users_table):
"""
Expect to set the learning context.
"""
users_table.insert({"id": "abcd1234", "name": "Dalton", "email": "*****@*****.**", "password": "******"}).run(
db_conn
)
user = get_user({"id": "abcd1234"}, db_conn)
set_learning_context(user, card={"entity_id": "A"})
assert get_learning_context(user) == {"card": {"entity_id": "A"}}
set_learning_context(
user, unit={"entity_id": "B", "name": "Banana", "body": "Banana"}, set={"entity_id": "C", "name": "Coconut"}
)
assert get_learning_context(user) == {
"card": {"entity_id": "A"},
"unit": {"entity_id": "B", "name": "Banana", "body": "Banana"},
"set": {"entity_id": "C", "name": "Coconut"},
}
set_learning_context(user, set=None)
assert get_learning_context(user) == {
"card": {"entity_id": "A"},
"unit": {"entity_id": "B", "name": "Banana", "body": "Banana"},
}
set_learning_context(user, card=None, unit=None)
assert get_learning_context(user) == {}
def get_user_route(request, user_id):
"""
Get the user by their ID.
"""
db_conn = request["db_conn"]
user = get_user({"id": user_id}, db_conn)
current_user = get_current_user(request)
# Posts if in request params
# Sets if in request params and allowed
# Follows if in request params and allowed
if not user:
return abort(404)
data = {}
data["user"] = deliver_user(user, access="private" if current_user and user["id"] == current_user["id"] else None)
# TODO-2 SPLITUP create new endpoints for these instead
if "posts" in request["params"]:
data["posts"] = [post.deliver() for post in get_posts_facade(db_conn, user_id=user["id"])]
if "sets" in request["params"] and user["settings"]["view_sets"] == "public":
u_sets = UserSets.get(db_conn, user_id=user["id"])
data["sets"] = [set_.deliver() for set_ in u_sets.list_sets(db_conn)]
if "follows" in request["params"] and user["settings"]["view_follows"] == "public":
data["follows"] = [follow.deliver() for follow in Follow.list(db_conn, user_id=user["id"])]
if "avatar" in request["params"]:
size = int(request["params"]["avatar"])
data["avatar"] = get_avatar(user["email"], size if size else None)
return 200, data
def save(self, db_conn):
"""
Overwrite save method to add to Elasticsearch.
"""
# TODO-2 should we validate the save worked before going to ES?
from database.topic import get_topic, deliver_topic
from database.user import get_user, deliver_user
data = json_prep(self.deliver())
topic = get_topic({'id': self['topic_id']}, db_conn)
if topic:
data['topic'] = json_prep(deliver_topic(topic))
user = get_user({'id': self['user_id']}, db_conn)
if user:
data['user'] = json_prep(deliver_user(user))
es.index(
index='entity',
doc_type='post',
body=data,
id=self['id'],
)
return super().save(db_conn)
def get_follows_route(request):
"""
Get a list of the users follows.
"""
db_conn = request['db_conn']
current_user = get_current_user(request)
user_id = request['params'].get('user_id')
if user_id:
user = get_user(db_conn, {'id': user_id})
if not user:
return abort(404, 'sYkDuhNmReOrKyR0xsBmHg')
if (user != current_user
and user['settings']['view_follows'] != 'public'):
return abort(403, 'FnH15Y3MRma6bU2gXqzjQQ')
else:
user = current_user
if not user:
return abort(401, 'YMC5rhI1TOCgUQu6jJeoQg')
params = dict(**request['params'])
params['user_id'] = user['id']
follows = list_follows_by_user(db_conn, params)
return 200, {
'follows':
[deliver_follow(follow, access='private') for follow in follows]
}
def test_judge_diagnose(db_conn, users_table, units_table, responses_table):
"""
Expect to add no known ability to "diagnose".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id="divide")
user = get_user({"id": "user"}, db_conn)
assert judge(db_conn, unit, user) == "diagnose"
def test_judge_done(db_conn, units_table, users_table, responses_table):
"""
Expect to show "done".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id="add")
user = get_user({"id": "user"}, db_conn)
assert judge(db_conn, unit, user) == "done"
def test_judge_learn(db_conn, units_table, users_table, responses_table):
"""
Expect to add known low ability to "learn".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id="multiply")
user = get_user({"id": "user"}, db_conn)
assert judge(db_conn, unit, user) == "learn"
def test_judge_done(db_conn, units_table, users_table, responses_table):
"""
Expect to show "done".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id='add')
user = get_user({'id': 'user'}, db_conn)
assert judge(db_conn, unit, user) == "done"
def test_judge_learn(db_conn, session):
"""
Expect to add known low ability to "learn".
"""
add_test_subject(db_conn)
unit = get_latest_accepted_unit(db_conn, entity_id=unit_multiply_uuid)
user = get_user(db_conn, {'id': user_id})
assert judge(db_conn, unit, user) == "learn"
def test_judge_done(db_conn, session):
"""
Expect to show "done".
"""
add_test_subject(db_conn)
unit = get_latest_accepted_unit(db_conn, entity_id=unit_add_uuid)
user = get_user(db_conn, {'id': user_id})
assert judge(db_conn, unit, user) == "done"
def test_judge_diagnose(db_conn, session):
"""
Expect to add no known ability to "diagnose".
"""
add_test_subject(db_conn)
unit = get_latest_accepted_unit(db_conn, entity_id=unit_divide_uuid)
user = get_user(db_conn, {'id': user_id})
assert judge(db_conn, unit, user) == "diagnose"
def test_judge_review(db_conn, session):
"""
Expect to add older, high ability to "review".
"""
add_test_subject(db_conn)
unit = get_latest_accepted_unit(db_conn, entity_id=unit_subtract_uuid)
user = get_user(db_conn, {'id': user_id})
assert judge(db_conn, unit, user) == "review"
def test_judge_diagnose(db_conn, users_table, units_table, responses_table):
"""
Expect to add no known ability to "diagnose".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id='divide')
user = get_user({'id': 'user'}, db_conn)
assert judge(db_conn, unit, user) == "diagnose"
def test_judge_review(db_conn, users_table, units_table, responses_table):
"""
Expect to add older, high ability to "review".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id='subtract')
user = get_user({'id': 'user'}, db_conn)
assert judge(db_conn, unit, user) == "review"
def test_judge_learn(db_conn, units_table, users_table, responses_table):
"""
Expect to add known low ability to "learn".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id='multiply')
user = get_user({'id': 'user'}, db_conn)
assert judge(db_conn, unit, user) == "learn"
def test_judge_review(db_conn, users_table, units_table, responses_table):
"""
Expect to add older, high ability to "review".
"""
add_test_set(db_conn, users_table, units_table, responses_table)
unit = Unit.get(db_conn, entity_id="subtract")
user = get_user({"id": "user"}, db_conn)
assert judge(db_conn, unit, user) == "review"
def get_current_user(request):
"""
Get the current user if available, else None.
"""
user_id = get_current_user_id(request)
if user_id:
db_conn = request['db_conn']
return get_user(db_conn, {'id': user_id})
def test_set_learning_context(db_conn, users_table):
"""
Expect to set the learning context.
"""
users_table.insert({
'id': 'abcd1234',
'name': 'Dalton',
'email': '*****@*****.**',
'password': '******',
}).run(db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
set_learning_context(user, card={'entity_id': 'A'})
assert get_learning_context(user) == {'card': {'entity_id': 'A'}}
set_learning_context(user,
unit={
'entity_id': 'B',
'name': 'Banana',
'body': "Banana",
},
set={
'entity_id': 'C',
'name': 'Coconut',
})
assert get_learning_context(user) == {
'card': {
'entity_id': 'A',
},
'unit': {
'entity_id': 'B',
'name': 'Banana',
'body': "Banana",
},
'set': {
'entity_id': 'C',
'name': 'Coconut',
}
}
set_learning_context(user, set=None)
assert get_learning_context(user) == {
'card': {
'entity_id': 'A',
},
'unit': {
'entity_id': 'B',
'name': 'Banana',
'body': "Banana",
},
}
set_learning_context(user, card=None, unit=None)
assert get_learning_context(user) == {}
def test_log_in_user(users_table, db_conn):
"""
Expect to log in as a user.
"""
create_user_in_db(users_table, db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
token = log_in_user(user)
assert token
assert redis.get(token).decode() == 'abcd1234'
def test_log_in_user(db_conn):
"""
Expect to log in as a user.
"""
create_user_in_db(db_conn)
user = get_user(db_conn, {'id': user_id})
token = log_in_user(user)
assert token
assert red.get(token).decode() == convert_uuid_to_slug(user_id)
def log_in_route(request):
"""
Log in user.
"""
db_conn = request["db_conn"]
name = request["params"].get("name") or ""
name = name.lower().strip()
user = get_user({"name": name}, db_conn)
if not user:
user = get_user({"email": request["params"].get("name")}, db_conn)
if not user:
return 404, {"errors": [{"name": "name", "message": c("no_user")}], "ref": "FYIPOI8g2nzrIEcJYSDAfmti"}
real_encrypted_password = user["password"]
given_password = request["params"].get("password")
if not is_password_valid(real_encrypted_password, given_password):
return 400, {"errors": [{"name": "password", "message": c("no_match")}], "ref": "UwCRydZ7Agi7LYKv9c1y07ft"}
return _log_in(user)
def test_log_in_user(users_table, db_conn):
"""
Expect to log in as a user.
"""
create_user_in_db(users_table, db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
token = log_in_user(user)
assert token
assert redis.get(token).decode() == 'abcd1234'
def create_token_route(request):
"""
Create an email token for the user.
"""
db_conn = request['db_conn']
user = get_user(db_conn, {'email': request['params'].get('email')})
if not user:
return abort(404, 'AyuDktXTTJqNOp6TV5A3yA')
get_email_token(user)
return 200, {} # NB do not output token
def get_current_user(request):
"""
Get the current user if available, else None.
"""
cookies = request.get('cookies', {})
session_id = cookies.get('session_id')
user_id = redis.get(session_id)
if user_id:
user_id = user_id.decode()
return get_user({'id': user_id}, request['db_conn'])
def create_token_route(request):
"""
Create an email token for the user.
"""
db_conn = request["db_conn"]
user = get_user({"email": request["params"].get("email")}, db_conn)
if not user:
return abort(404)
get_email_token(user)
return 200, {}
def create_token_route(request):
"""
Create an email token for the user.
"""
db_conn = request['db_conn']
user = get_user({'email': request['params'].get('email')}, db_conn)
if not user:
return abort(404)
get_email_token(user)
return 200, {}
def get_current_user(request):
"""
Get the current user if available, else None.
"""
cookies = request.get("cookies", {})
session_id = cookies.get("session_id")
user_id = redis.get(session_id)
if user_id:
user_id = user_id.decode()
return get_user({"id": user_id}, request["db_conn"])
def test_get_email_token(db_conn, users_table):
"""
Expect an email token created so a user can reset their password.
"""
users_table.insert({"id": "abcd1234", "name": "Dalton", "email": "*****@*****.**", "password": "******"}).run(
db_conn
)
user = get_user({"id": "abcd1234"}, db_conn)
token = get_email_token(user, send_email=False)
assert redis.get("user_password_token_abcd1234")
assert token
def test_user_create_password_ok(db_conn):
"""
Expect a user to be able to reset their password.
"""
create_user_in_db(db_conn)
user = get_user(db_conn, {'id': user_id})
pw1 = user['password']
token = get_email_token(user)
request = {
'params': {
'token': token,
'password': '******'
},
'db_conn': db_conn
}
code, _ = routes.user.create_password_route(request, user_id)
assert code == 200
user = get_user(db_conn, {'id': user_id})
assert user['password'] != pw1
def test_user_create_password_ok(db_conn, users_table):
"""
Expect a user to be able to reset their password.
"""
create_user_in_db(users_table, db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
pw1 = user['password']
token = get_email_token(user, send_email=False)
request = {
'params': {
'token': token,
'password': '******'
},
'db_conn': db_conn
}
code, response = routes.user.create_password_route(request, 'abcd1234')
assert code == 200
user = get_user({'id': 'abcd1234'}, db_conn)
assert user['password'] != pw1
def test_user_create_password_ok(db_conn, users_table):
"""
Expect a user to be able to reset their password.
"""
create_user_in_db(users_table, db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
pw1 = user['password']
token = get_email_token(user, send_email=False)
request = {
'params': {
'token': token,
'password': '******'
},
'db_conn': db_conn
}
code, response = routes.user.create_password_route(request, 'abcd1234')
assert code == 200
user = get_user({'id': 'abcd1234'}, db_conn)
assert user['password'] != pw1
def test_is_valid_token(db_conn, users_table):
"""
Expect a valid token to be approved.
Expect an invalid token to not be approved.
"""
users_table.insert({"id": "abcd1234", "name": "Dalton", "email": "*****@*****.**", "password": "******"}).run(
db_conn
)
user = get_user({"id": "abcd1234"}, db_conn)
token = get_email_token(user, send_email=False)
assert is_valid_token(user, token)
assert not is_valid_token(user, "abcd1234")
def test_traverse(db_conn, units_table, users_table, responses_table, sets_table):
"""
Expect to take a list of units and traverse them correctly.
Basic test.
"""
add_test_set(db_conn, users_table, units_table, responses_table, sets_table)
set_ = Set.get(db_conn, entity_id="set")
user = get_user({"id": "user"}, db_conn)
buckets = traverse(db_conn, user, set_)
assert buckets["diagnose"][0]["entity_id"] == "divide"
assert buckets["learn"][0]["entity_id"] == "multiply"
assert buckets["review"][0]["entity_id"] == "subtract"
def test_log_out_user(users_table, db_conn):
"""
Expect to log out as a user.
"""
create_user_in_db(users_table, db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
token = log_in_user(user)
assert redis.get(token).decode() == 'abcd1234'
log_out_user({
'cookies': {'session_id': token},
'db_conn': db_conn,
})
assert redis.get(token) is None
def test_get_email_token(db_conn, users_table):
"""
Expect an email token created so a user can reset their password.
"""
users_table.insert({
'id': 'abcd1234',
'name': 'Dalton',
'email': '*****@*****.**',
'password': '******',
}).run(db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
token = get_email_token(user, send_email=False)
assert redis.get('user_password_token_abcd1234')
assert token
def create_password_route(request, user_id):
"""
Update a user's password if the token is valid.
"""
db_conn = request['db_conn']
user = get_user({'id': user_id}, db_conn)
if not user:
return abort(404)
token = request['params'].get('token')
valid = is_valid_token(user, token)
if not valid:
return abort(403)
given_password = request['params'].get('password')
update_user_password(user, {'password': given_password}, db_conn)
return _log_in(user)
def test_is_valid_token(db_conn, users_table):
"""
Expect a valid token to be approved.
Expect an invalid token to not be approved.
"""
users_table.insert({
'id': 'abcd1234',
'name': 'Dalton',
'email': '*****@*****.**',
'password': '******',
}).run(db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
token = get_email_token(user, send_email=False)
assert is_valid_token(user, token)
assert not is_valid_token(user, 'abcd1234')
def create_password_route(request, user_id):
"""
Update a user's password if the token is valid.
"""
db_conn = request['db_conn']
user = get_user(db_conn, {'id': user_id})
if not user:
return abort(404, 'FstipA94SDa0qZ3IwRtcMQ')
token = request['params'].get('token')
valid = is_valid_token(user, token)
if not valid:
return abort(403, 'qe27rSkpQbi49-pbqEl7Kw')
given_password = request['params'].get('password')
update_user_password(db_conn, user, {'password': given_password})
return _log_in(user)
def test_log_out_user(users_table, db_conn):
"""
Expect to log out as a user.
"""
create_user_in_db(users_table, db_conn)
user = get_user({'id': 'abcd1234'}, db_conn)
token = log_in_user(user)
assert redis.get(token).decode() == 'abcd1234'
log_out_user({
'cookies': {
'session_id': token
},
'db_conn': db_conn,
})
assert redis.get(token) is None
def test_log_out_user(db_conn):
"""
Expect to log out as a user.
"""
create_user_in_db(db_conn)
user = get_user(db_conn, {'id': user_id})
token = log_in_user(user)
assert red.get(token).decode() == convert_uuid_to_slug(user_id)
log_out_user({
'cookies': {
'session_id': token
},
'db_conn': db_conn,
})
assert red.get(token) is None
def test_traverse(db_conn, units_table, users_table, responses_table,
sets_table):
"""
Expect to take a list of units and traverse them correctly.
Basic test.
"""
add_test_set(db_conn, users_table, units_table, responses_table,
sets_table)
set_ = Set.get(db_conn, entity_id='set')
user = get_user({'id': 'user'}, db_conn)
buckets = traverse(db_conn, user, set_)
assert buckets['diagnose'][0]['entity_id'] == 'divide'
assert buckets['learn'][0]['entity_id'] == 'multiply'
assert buckets['review'][0]['entity_id'] == 'subtract'
def create_password_route(request, user_id):
"""
Update a user's password if the token is valid.
"""
db_conn = request["db_conn"]
user = get_user({"id": user_id}, db_conn)
if not user:
return abort(404)
token = request["params"].get("token")
valid = is_valid_token(user, token)
if not valid:
return abort(403)
given_password = request["params"].get("password")
update_user_password(user, {"password": given_password}, db_conn)
return _log_in(user)
def update_user_route(request, user_id):
"""
Update the user. Must be the current user.
"""
db_conn = request["db_conn"]
user = get_user({"id": user_id}, db_conn)
current_user = get_current_user(request)
if not user:
return abort(404)
if not user["id"] == current_user["id"]:
return abort(401)
user, errors = update_user(user, request["params"], db_conn)
if len(errors):
return 400, {"errors": errors, "ref": "AS7LCAWiOOyeEbNOrbsegVY9"}
return 200, {"user": deliver_user(user, access="private")}
def get_user_route(request, user_id):
"""
Get the user by their ID.
"""
db_conn = request['db_conn']
user = get_user(db_conn, {'id': user_id})
if not user:
return abort(404, 'Tp5JnWO1SWms2lTdhw3bJQ')
current_user = get_current_user(request)
access = 'private' if (current_user and
user['id'] == current_user['id']) else None
data = {'user': deliver_user(user, access)}
if 'avatar' in request['params']:
size = int(request['params']['avatar']) or None
data['avatar'] = get_avatar(user['email'], size)
return 200, data
def test_seq_next(db_conn, session):
"""
Expect sequencer route to say where to go next.
"""
request = {
'cookies': {'session_id': session},
'db_conn': db_conn,
}
user = get_user({'id': 'abcd1234'}, db_conn)
set_learning_context(user, next={
'method': 'DANCE',
'path': '/s/unicorns'
})
code, response = routes.next.next_route(request)
assert code == 200
assert response['next']['method'] == 'DANCE'
set_learning_context(user, next=None)
def test_get_learning_context(db_conn, users_table):
"""
Expect to get the learning context.
"""
users_table.insert({"id": "abcd1234", "name": "Dalton", "email": "*****@*****.**", "password": "******"}).run(
db_conn
)
user = get_user({"id": "abcd1234"}, db_conn)
redis.set(
"learning_context_abcd1234",
json.dumps({"card": {"entity_id": "A"}, "unit": {"entity_id": "B"}, "set": {"entity_id": "C"}}),
)
assert get_learning_context(user) == {
"card": {"entity_id": "A"},
"unit": {"entity_id": "B"},
"set": {"entity_id": "C"},
}
redis.delete("learning_context_abcd1234")
assert get_learning_context(user) == {}
def get_posts_route(request, topic_id):
"""
Get a reverse chronological listing of posts for given topic.
Includes topic meta data and posts (or proposals or votes).
Paginates.
"""
db_conn = request['db_conn']
# Is the topic valid?
topic = Topic.get(db_conn, id=topic_id)
if not topic:
return 404, {
'errors': [{
'name': 'topic_id',
'message': c('no_topic'),
}],
'ref': 'pgnNbqSP1VUWkOYq8MVGPrSS',
}
# Pull the entity
entity_kind = topic['entity']['kind']
entity = get_latest_accepted(db_conn,
entity_kind,
topic['entity']['id'])
# Pull all kinds of posts
posts = get_posts_facade(
db_conn,
limit=request['params'].get('limit') or 10,
skip=request['params'].get('skip') or 0,
topic_id=topic_id
)
# For proposals, pull up the proposal entity version
# ...then pull up the previous version
# ...make a diff between the previous and the proposal entity version
diffs = {}
entity_versions = {}
for post_ in posts:
if post_['kind'] == 'proposal':
entity_version = entity_versions[post_['id']] = get_version(
db_conn,
post_['entity_version']['kind'],
post_['entity_version']['id']
)
previous_version = get_version(
db_conn,
post_['entity_version']['kind'],
entity_version['previous_id']
)
if previous_version:
diffs[post_['id']] = object_diff(previous_version.deliver(),
entity_version.deliver())
# TODO-2 SPLITUP create new endpoint for this instead
users = {}
for post_ in posts:
user_id = post_['user_id']
if user_id not in users:
user = get_user({'id': user_id}, db_conn)
if user:
users[user_id] = {
'name': user['name'],
'avatar': get_avatar(user['email'], 48),
}
# TODO-2 SPLITUP create new endpoints for these instead
output = {
'topic': topic.deliver(),
'posts': [p.deliver() for p in posts],
'entity_versions': {
p: ev.deliver('view')
for p, ev in entity_versions.items()
},
# 'diffs': diffs, TODO-2 this causes a circular dependency
'users': users,
}
if entity:
output[entity_kind] = entity.deliver()
return 200, output