def do_login_google(token):
status = {}
try:
idInformation = id_token.verify_oauth2_token(
token, requests.Request(),
f'''%s.apps.googleusercontent.com''' % conf.google_token)
logger.info(idInformation)
if idInformation['iss'] not in [
'accounts.google.com', 'https://accounts.google.com'
]:
status[ok_login] = False
return status
# Get principalId from idInformation
status[ok_login] = True
# google_login = idInformation['sub']
# google_login = idInformation['name']
google_login = idInformation['email']
if (not db_queries.login_exist(google_login)):
db_queries.add_user(google_login, 'SecretGooglePassword')
status[cookie] = db_queries.add_cookie(google_login)
return status
except ValueError as err:
status[ok_login] = False
return status
def verify_user(connection, user_id, message):
user = db_queries.get_user(connection, user_id)
if not user:
db_queries.add_user(connection, message)
user = db_queries.get_user(connection, user_id)
return get_user_dict(user)
def second():
# need refactor dbwrapper calls
dbwrapper = db_queries.DBWrapper(DEFFAULT_DEVICE_TYPE)
# getting computers id:
if "type" in request.args.keys():
session["type"] = request.args["type"]
dbwrapper = db_queries.DBWrapper(request.args["type"])
devices_id, devices_dss, dss_dict = filtered_devices_id(FILTERS[dbwrapper.device], request.args, dbwrapper)
if "user_id" in session:
db_queries.delete_user(session["user_id"])
del session["user_id"]
user_id = db_queries.add_user(devices_id, devices_dss)
session["user_id"] = user_id
else:
# first page (without_question)
devices_id, devices_dss, dss_dict = None, None, {} # nothing to return
return render_template(
"QandA.html",
computers=[],
filters=FILTERS[u"all"],
pagination_pages=[],
dss_dict=dss_dict,
tooltips=TOOLTIPS_DICT,
without_question=True,
prom=PROM,
)
if devices_id:
last_page = int(round(float(len(devices_id)) / COMPUTERS_ON_PAGE + 0.49))
first_comp_index = 0
last_comp_index = min(COMPUTERS_ON_PAGE, len(devices_id))
devices_id_on_page = devices_id[first_comp_index:last_comp_index]
devices_dss_on_page = devices_dss[first_comp_index:last_comp_index]
pretty_devices = pretty_data.small_devices(devices_id_on_page, devices_dss_on_page, dbwrapper)
return render_template(
"QandA.html",
computers=pretty_devices,
filters=FILTERS[u"all"],
pagination_pages=pretty_data.pagination_pages(last_page),
dss_dict=dss_dict,
tooltips=TOOLTIPS_DICT,
without_question=False,
prom=PROM,
)
else:
return render_template(
"QandA.html",
computers=[],
filters=FILTERS[u"all"],
pagination_pages=[],
dss_dict=dss_dict,
tooltips=TOOLTIPS_DICT,
without_question=False,
prom=PROM,
)
def second():
#need refactor dbwrapper calls
dbwrapper = db_queries.DBWrapper(DEFFAULT_DEVICE_TYPE)
#getting computers id:
if 'type' in request.args.keys():
session['type'] = request.args['type']
dbwrapper = db_queries.DBWrapper(request.args['type'])
devices_id, devices_dss, dss_dict = filtered_devices_id(
FILTERS[dbwrapper.device], request.args, dbwrapper)
if 'user_id' in session:
db_queries.delete_user(session['user_id'])
del session['user_id']
user_id = db_queries.add_user(devices_id, devices_dss)
session['user_id'] = user_id
else:
# first page (without_question)
devices_id, devices_dss, dss_dict = None, None, {} # nothing to return
return render_template('QandA.html',
computers=[],
filters=FILTERS[u'all'],
pagination_pages=[],
dss_dict=dss_dict,
tooltips=TOOLTIPS_DICT,
without_question=True,
prom=PROM)
if devices_id:
last_page = int(
round(float(len(devices_id)) / COMPUTERS_ON_PAGE + 0.49))
first_comp_index = 0
last_comp_index = min(COMPUTERS_ON_PAGE, len(devices_id))
devices_id_on_page = devices_id[first_comp_index:last_comp_index]
devices_dss_on_page = devices_dss[first_comp_index:last_comp_index]
pretty_devices = pretty_data.small_devices(devices_id_on_page,
devices_dss_on_page,
dbwrapper)
return render_template(
'QandA.html',
computers=pretty_devices,
filters=FILTERS[u'all'],
pagination_pages=pretty_data.pagination_pages(last_page),
dss_dict=dss_dict,
tooltips=TOOLTIPS_DICT,
without_question=False,
prom=PROM)
else:
return render_template('QandA.html',
computers=[],
filters=FILTERS[u'all'],
pagination_pages=[],
dss_dict=dss_dict,
tooltips=TOOLTIPS_DICT,
without_question=False,
prom=PROM)
def test_add_user(self):
with mock.patch("db_queries.generate_random_user_id", mocked_generate_user_id):
self.assertEqual(self.TEST_ID, db_queries.add_user(self.TEST_USER))
self.assertEqual(
self.TEST_USER["name"],
db.session.query(models.Users).get(self.TEST_ID).name,
)
self.assertEqual(
self.TEST_USER["email"],
db.session.query(models.Users).get(self.TEST_ID).email,
)
self.assertEqual(
self.TEST_USER["imageURL"],
db.session.query(models.Users).get(self.TEST_ID).profile_pic,
)
def on_new_google_user(data):
"""
login using google
"""
print("Got an event for new google user input with data:", data)
user = db_queries.add_user(data)
print("USER IS: " + str(user))
user_obj = db_queries.get_user(user)
username = user_obj['name']
user_email = user_obj['email']
shopping_list = db_queries.get_shopping_list(user_obj["id"])
cart_num_items = len(shopping_list)
print("THIS IS " + str(username))
socketio.emit(
'logged in', {
'username': username,
'email': user_email,
'cartNumItems': cart_num_items,
})
def on_new_google_user(data):
"""
login using google
"""
user = db_queries.add_user(data)
user_obj = db_queries.get_user(user)
username = user_obj["name"]
user_email = user_obj["email"]
client_id = flask.request.sid
shopping_list = db_queries.get_shopping_list(user_obj["id"])
cart_num_items = len(shopping_list)
socketio.emit(
"logged in",
{
"userId": user,
"username": username,
"email": user_email,
"cartNumItems": cart_num_items,
},
room=client_id,
)
def do_signup(login, password):
status = db_queries.add_user(login, password)
return status