def test_update_consecutively(user_1):
""" Testing wheter the same token allows users to continously change their name
"""
user.user_profile_setname(user_1['token'], 'Bobby', 'Smith')
user.user_profile_setname(user_1['token'], 'Snake', 'City')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['name_first'] == 'Snake'
assert account['name_last'] == 'City'
break
user.user_profile_setname(user_1['token'], 'Goku', 'Vegeta')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['name_first'] == 'Goku'
assert account['name_last'] == 'Vegeta'
break
user.user_profile_setname(user_1['token'], 'Will', 'Smith')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['name_first'] == 'Will'
assert account['name_last'] == 'Smith'
break
clear()
def test_users_all_valid_token(user_1):
"""Test if token does not refer to a valid user
"""
auth.auth_logout(user_1['token'])
with pytest.raises(AccessError):
users_all(user_1['token'])
clear()
def test_users_all(user_1, user_2, user_3, user_4):
"""Test if a list all users details is returned
"""
all_users = users_all(user_1['token'])
user_count = 0
test_1 = False
test_2 = False
test_3 = False
test_4 = False
for user in all_users['users']:
if user['u_id'] is user_1['u_id']:
test_1 = True
if user['u_id'] is user_2['u_id']:
test_2 = True
if user['u_id'] is user_3['u_id']:
test_3 = True
if user['u_id'] is user_4['u_id']:
test_4 = True
user_count += 1
assert user_count == 4
assert test_1
assert test_2
assert test_3
assert test_4
clear()
def test_valid_user_email(user_1, user_2, user_3):
"""Test whether the user's email matches the email in user_profile.
"""
user_1_list = users_all(user_3['token'])
user_1_profile = user.user_profile(user_3['token'], user_3['u_id'])
for account in user_1_list['users']:
if account['u_id'] == user_1_profile['user']['u_id']:
assert user_1_profile['user']['email'] == account['email']
def test_update_name(user_1):
""" Testing the basic functionality of updating a name
"""
user.user_profile_setname(user_1['token'], 'Bobby', 'Smith')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['name_first'] == 'Bobby'
assert account['name_last'] == 'Smith'
clear()
def test_handle_consecutive(user_1):
""" Testing the process of changing handle string consecutively
"""
user.user_profile_sethandle(user_1['token'], 'newHandle')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['handle_str'] == 'newHandle'
user.user_profile_sethandle(user_1['token'], 'newHandle1')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['handle_str'] == 'newHandle1'
user.user_profile_sethandle(user_1['token'], 'newHandle2')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
assert account['handle_str'] == 'newHandle2'
clear()
def test_update_handle(user_1):
""" Testing the basic functionality of updating a handle
"""
# getting the current handle string
prev_handle = ''
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
prev_handle = account['handle_str']
user.user_profile_sethandle(user_1['token'], 'newHandle')
# getting the updated handle string
new_handle = ''
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_1['u_id']:
new_handle = account['handle_str']
assert new_handle is not prev_handle
clear()
def test_valid_user_handle_str(user_1, user_2, user_3):
"""Test whether the user's handle string matches the handle string in
user_profile.
"""
user_1_list = users_all(user_2['token'])
user_1_profile = user.user_profile(user_2['token'], user_2['u_id'])
for account in user_1_list['users']:
if account['u_id'] == user_1_profile['user']['u_id']:
assert user_1_profile['user']['handle_str'] == account[
'handle_str']
def test_valid_user_name(user_1, user_2, user_3):
"""Test whether the first and last name of a user is the same as the names in
user_profile.
"""
user_1_list = users_all(user_2['token'])
user_1_profile = user.user_profile(user_2['token'], user_2['u_id'])
for account in user_1_list['users']:
if account['u_id'] == user_1_profile['user']['u_id']:
assert user_1_profile['user']['name_first'] == account[
'name_first']
assert user_1_profile['user']['name_last'] == account['name_last']
def route_users_all():
"""Returns a list of all users and their associated details
Args:
token (string)
Returns:
(dict): { users }
"""
try:
return dumps(users_all(request.args.get('token')))
except (InputError, AccessError) as e:
return e
def test_update_multiple_users(user_1, user_2, user_3, user_4):
""" Testing if users name fields are appropiately changed in largely stored data
"""
user.user_profile_setname(user_3['token'], 'Popcorn', 'Smoothie')
user.user_profile_setname(user_2['token'], 'Krillin', 'Bulma')
user_list = users_all(user_1['token'])
for account in user_list['users']:
if account['u_id'] == user_2['u_id']:
assert account['name_first'] == 'Krillin'
assert account['name_last'] == 'Bulma'
if account['u_id'] == user_3['u_id']:
assert account['name_first'] == 'Popcorn'
assert account['name_last'] == 'Smoothie'
if account['u_id'] == user_1['u_id']:
assert account['name_first'] == 'John'
assert account['name_last'] == 'Smith'
if account['u_id'] == user_4['u_id']:
assert account['name_first'] == 'Janice'
assert account['name_last'] == 'Smith'
clear()
def test_users_all_logout(user_1, user_2, user_3, user_4):
"""Test if some users log out, their details are still returned
"""
auth.auth_logout(user_3['token'])
auth.auth_logout(user_4['token'])
all_users = users_all(user_1['token'])
user_count = 0
test_1 = False
test_2 = False
test_3 = False
for user in all_users['users']:
if user['u_id'] is user_1['u_id']:
test_1 = True
if user['u_id'] is user_2['u_id']:
test_2 = True
if user['u_id'] is user_3['u_id']:
test_3 = True
user_count += 1
assert user_count == 4
assert test_1
assert test_2
assert test_3
clear()