def test_search_profiles(testing_server):
users = utils.load_csv(USERS_PATH, use_unicode=True)
for user in users[0:4]:
session = assert_verify_login(user)[1]
profile_data = build_profile_dict(user)
assert_update_profile(user, session, profile_data)
for user in users[4:8]:
session = assert_verify_login(user)[1]
profile_data = build_profile_dict(user)
profile_data.update({"majors": "Physics"})
assert_update_profile(user, session, profile_data)
physics_nursing_user = users[8]
session = assert_verify_login(physics_nursing_user)[1]
profile_data = build_profile_dict(physics_nursing_user)
profile_data.update({"majors": "Physics,Nursing"})
assert_update_profile(physics_nursing_user, session, profile_data)
expected_search_response = [{
"username": user["username"],
"photo": DEFAULT_MASK_PHOTO,
"email": user["email"],
"full_name": user["full_name"],
"views": "0",
} for user in users[4:9]]
search_response = mask_requests.get_profile_search(
CURRENT_YEAR, dictionary_query={"majors": "physics"})
assert search_response.status_code == 200
actual_search_response = json.loads(search_response.text)["results"]
for result in actual_search_response:
assert result in expected_search_response
assert len(actual_search_response) == len(expected_search_response)
def test_list_photos(testing_server):
users = utils.load_csv(USERS_PATH)[0:3]
photos = [
settings.environment["current_year"] + "/a01-" + users[1]["wwuid"] +
".jpg",
settings.environment["current_year"] + "/a02-" + users[2]["wwuid"] +
".jpg",
"1718" + "/a03-" + users[2]["wwuid"] + ".jpg",
]
distutils.dir_util.create_tree(
settings.environment["profile_photos_location"], photos)
for photo in photos:
utils.touch(settings.environment["profile_photos_location"] + "/" +
photo)
expected_empty_photos = []
session = assert_verify_login(users[0])[1]
empty_response = mask_requests.get_list_profile_photos(session)
actual_empty_response = json.loads(empty_response.text)["photos"]
assert empty_response.status_code == 200
assert actual_empty_response == expected_empty_photos
expected_many_photos = ["profiles/" + photo for photo in photos[1:3]]
session = assert_verify_login(users[2])[1]
many_response = mask_requests.get_list_profile_photos(session)
actual_many_response = json.loads(many_response.text)["photos"]
assert many_response.status_code == 200
assert len(actual_many_response) == 2
assert set(actual_many_response) == set(expected_many_photos)
def test_search_names(testing_server):
users = utils.load_csv(USERS_PATH)
for user in users:
assert_verify_login(user)
empty_response_query = "abcd"
expected_empty_response = []
empty_query_response = mask_requests.get_search_names_fast(
name_query=empty_response_query)
actual_empty_response = json.loads(empty_query_response.text)["results"]
assert empty_query_response.status_code == 200
assert len(actual_empty_response) == 0
assert actual_empty_response == expected_empty_response
many_response_query = "e"
expected_many_response = [
{
'username': '******',
'full_name': 'Delcie Lauer'
},
{
'username': '******',
'full_name': 'Eugene Burnette'
},
{
'username': '******',
'full_name': 'Lashay Semien'
},
{
'username': '******',
'full_name': 'Melva Woullard'
},
{
'username': '******',
'full_name': 'Raeann Castor'
},
]
many_query_response = mask_requests.get_search_names_fast(
name_query=many_response_query)
actual_many_response = json.loads(many_query_response.text)["results"]
assert many_query_response.status_code == 200
assert len(actual_many_response) == len(expected_many_response)
expected_many_response = sorted(expected_many_response,
key=lambda user: user["username"])
actual_many_response = sorted(actual_many_response,
key=lambda user: user["username"])
assert actual_many_response == expected_many_response
unique_response_query = "arm"
expected_unique_response = [{
"username": "******",
"full_name": "Armanda Woolston"
}]
unique_query_response = mask_requests.get_search_names_fast(
name_query=unique_response_query)
actual_unique_response = json.loads(unique_query_response.text)["results"]
assert unique_query_response.status_code == 200
assert len(actual_unique_response) == 1
assert actual_unique_response == expected_unique_response
def test_post_roles(testing_server):
users = load_csv(USERS_PATH)
for user in users:
assert_verify_login(user)
roles = ['demo_role_1', 'demo_role_2']
response = auth_requests.post_roles(user['wwuid'], roles)
assert (response.status_code == 201)
response_roles_data = json.loads(response.text)['user']['roles']
expected_roles_data = ','.join(roles)
assert (response_roles_data == expected_roles_data)
def test_profile_noauth_private(testing_server):
"""
If a user's privacy is set to 0, then only base info should be returned to a viewer not logged in.
:return:
"""
viewee = utils.load_csv(USERS_PATH, use_unicode=True)[0]
profile_data = build_profile_dict(viewee, {"privacy": "0"})
viewee_session = assert_verify_login(viewee)[1]
assert_update_profile(viewee, viewee_session, profile_data)
profile_response = mask_requests.get_profile(CURRENT_YEAR,
viewee["username"])
expected_profile = {
"email": viewee["email"],
"full_name": viewee["full_name"],
"photo": BASE_PROFILE["photo"],
"username": viewee["username"],
}
actual_profile = json.loads(profile_response.text)
assert profile_response.status_code == 200
utils.assert_is_equal_sub_dict(expected_profile, actual_profile)
hidden_keys = SELF_FIELDS.union(PERSONAL_FIELDS).union(IMPERSONAL_FIELDS)
utils.assert_does_not_contain_keys(actual_profile, hidden_keys)
def test_profile_auth_other(testing_server):
"""
If a viewer is logged in and views someone else's profile they should receive the view_other model.
:return:
"""
viewee, viewer = utils.load_csv(USERS_PATH, use_unicode=True)[0:2]
profile_data = build_profile_dict(viewee)
viewee_session = assert_verify_login(viewee)[1]
assert_update_profile(viewee, viewee_session, profile_data)
viewer_session = assert_verify_login(viewer)[1]
profile_response = mask_requests.get_profile(CURRENT_YEAR,
viewee["username"],
viewer_session)
hidden_keys = SELF_FIELDS
expected_profile = build_profile_dict(viewee, remove_keys=hidden_keys)
actual_profile = json.loads(profile_response.text)
assert profile_response.status_code == 200
utils.assert_is_equal_sub_dict(expected_profile, actual_profile)
utils.assert_does_not_contain_keys(actual_profile, hidden_keys)
def test_search_all(testing_server):
users = utils.load_csv(USERS_PATH, use_unicode=True)
expected_results = []
for user in users:
user_session = assert_verify_login(user)[1]
profile_data = build_profile_dict(user)
assert_update_profile(user, user_session, profile_data)
expected_result = dict()
expected_result.update(user)
expected_result.update({u"photo": BASE_PROFILE[u"photo"]})
del (expected_result[u"wwuid"])
expected_results.append(expected_result)
all_response = mask_requests.get_search_all()
expected_results = sorted(expected_results,
key=lambda user: user[u"username"])
actual_results = sorted(json.loads(all_response.text)[u"results"],
key=lambda user: user[u"username"])
assert all_response.status_code == 200
assert actual_results == expected_results
def test_profile_auth_self(testing_server):
"""
If a viewer is logged in and views their own profile they should receive the whole profile model.
:return:
"""
user = utils.load_csv(USERS_PATH, use_unicode=True)[0]
profile_data = build_profile_dict(user)
user_session = assert_verify_login(user)[1]
assert_update_profile(user, user_session, profile_data)
profile_response = mask_requests.get_profile(CURRENT_YEAR,
user["username"],
user_session)
expected_profile = build_profile_dict(user)
actual_profile = json.loads(profile_response.text)
assert profile_response.status_code == 200
utils.assert_is_equal_sub_dict(expected_profile, actual_profile)
def test_get_vote(testing_server):
admin_session = election_subtests.create_elections_admin()
election_id = election_subtests.assert_post_dynamic_election(
admin_session)['id']
position_resp = position_requests.post_position(
admin_session, POSITION_DATA['position'],
POSITION_DATA['election_type'], POSITION_DATA['active'],
POSITION_DATA['order'])
position_id = json.loads(position_resp.text)['id']
vote_data = vote_subtests.create_votes(admin_session, election_id,
position_id)
users = utils.load_csv(paths.USERS_PATH)
for count, user in enumerate(users):
user_session = auth_subtests.assert_verify_login(user)[1]
resp = vote_requests.get_vote(user_session, position_id,
user['username'])
assert (resp.status_code == 200)
resp_text = json.loads(resp.text)['votes']
for vote in resp_text:
vote_subtests.assert_vote_data(vote, vote_data[user['username']])
def create_votes(session, election_id, position_id):
time.sleep(3)
vote_data = {}
users = utils.load_csv(paths.USERS_PATH)
for count, user in enumerate(users):
auth_requests.post_verify(user['wwuid'], user['full_name'],
user['email'])
user_session = auth_subtests.assert_verify_login(user)[1]
vote = {
'election': election_id,
'position': position_id,
"vote": user['username']
}
resp = vote_requests.post_vote(user_session,
election=election_id,
position=position_id,
vote=user['username'])
resp_text = json.loads(resp.text)
assert (resp.status_code == 201)
assert_vote_data(resp_text, vote)
vote_data[resp_text['username']] = resp_text
return vote_data
def test_profile_noauth_public(testing_server):
"""
If a user's privacy is set to 1, then impersonal info should be returned to a viewer not logged in.
:return:
"""
viewee = utils.load_csv(USERS_PATH, use_unicode=True)[0]
profile_data = build_profile_dict(viewee, {"privacy": "1"})
viewee_session = assert_verify_login(viewee)[1]
assert_update_profile(viewee, viewee_session, profile_data)
profile_response = mask_requests.get_profile(CURRENT_YEAR,
viewee["username"])
hidden_keys = SELF_FIELDS.union(PERSONAL_FIELDS).union({"email"})
expected_profile = build_profile_dict(viewee, {"privacy": "1"},
hidden_keys)
actual_profile = json.loads(profile_response.text)
assert profile_response.status_code == 200
utils.assert_is_equal_sub_dict(expected_profile, actual_profile)
utils.assert_does_not_contain_keys(actual_profile, hidden_keys)
def test_get_verify(testing_server):
users = load_csv(USERS_PATH)
for user in users:
assert_verify_login(user)
def test_update_profile(testing_server):
users = utils.load_csv(USERS_PATH, use_unicode=True)
for user in users:
login_response_text, session = assert_verify_login(user)
profile_data = build_profile_dict(user)
assert_update_profile(user, session, profile_data)
def create_elections_admin():
session = auth_subtests.assert_verify_login(POST_ELECTIONS_USER)[1]
auth_requests.post_roles(POST_ELECTIONS_USER['wwuid'],
POST_ELECTIONS_USER['roles'])
return session