def mod_profile_password(user):
current_password = md5(user["current_password"].encode())
new_password = md5(user["new_password"].encode())
email = token_query(user["token"])
db_user_info = r.table("user").get(email).run()
if current_password.hexdigest() == db_user_info["password"]:
r.table("user").get(email).update({
"password": new_password.hexdigest()
}).run()
return "information changed"
else:
return "wrong password"
def create_lunch(event):
email = token_query(event["token"])
# extract the information and convert string in a datetime object
starting_time = datetime.strptime(event["range_min"], "%H:%M")
starting_day = datetime.strptime(event["starting_flexible_day"], "%Y-%m-%d").\
replace(hour=starting_time.hour, minute=starting_time.minute)
ending_day = datetime.strptime(event["ending_flexible_day"], "%Y-%m-%d")
# datespan create the start time of the event day by day
for timestamp in datespan(starting_day, ending_day):
start = timestamp
# add the duration at the startime
end = start + timedelta(hours=datetime.strptime(event["duration_event"], "%H:%M").hour,
minutes=datetime.strptime(event["duration_event"], "%H:%M").minute)
create_lunch_event(start, end, email)
def get_route(token, gps_start, gps_stop):
r.connect(rts.ip, rts.port, rts.db_name).repl()
email = token_query(token)
prefs = r.table("user").get(email).get_field('preference').run()
trans_list = [elem[0] for elem in prefs.items() if elem[1]]
req_dict = {
'gps_begin': gps_start,
'gps_end': gps_stop,
'allowed_types': trans_list
}
req = requests.post(url, json=req_dict)
if req.status_code == 200:
return req.text
else:
return "ERROR"
def mod_profile(user):
email = token_query(user["token"])
del user["token"]
r.table("user").get(email).update(user).run()
def get_profile_preference(token):
email = token_query(token)
result = r.table("user").get(email).get_field("preference").run()
return result
def mod_profile_preference(user):
email = token_query(user["token"])
del user["token"]
r.table("user").get(email).update({"preference": user}).run()
def get_profile(token):
email = token_query(token)
result = r.table("user").get(email).run()
return result
def get_email(token):
return token_query(token)