def update_user():
user_uuid = request.form.get("uuid", None)
name = str(request.form.get("name", None))
user_hash = Encryption.encrypt_password(
str(request.form.get("password", None)))
email = str(request.form.get("email", None))
birthdate = str(request.form.get("birthdate", None))
if not data_validation.validate_uuid(user_uuid):
return return_json(success=False, error="Invalid user UUID")
if user_db.get_user(uuid=user_uuid)[0] is False:
return return_json(success=False, error="User not found")
if not data_validation.validate_email(email):
return return_json(success=False, error="Invalid email")
if not data_validation.validate_birthdate(birthdate)[0]:
return return_json(
success=False,
error=data_validation.validate_birthdate(birthdate)[1])
c_user = user_db.get_user(uuid=user_uuid)[1]
c_user.name = name
c_user.user_hash = user_hash
if c_user.email != email:
c_user.email = email
c_user.is_verified = False
c_user.birthdate = birthdate
user_db.update_user(c_user)
return return_json(
success=True, data={"message": "User {0} updated".format(c_user.uuid)})
def toggle_notifications():
user_uuid = request.form.get("uuid", None)
r_notifications_enabled = request.form.get("notifications_enabled", None)
r_alarm_enabled = request.form.get("alarm_enabled", None)
if r_alarm_enabled is not None:
if r_alarm_enabled.lower() == "true":
r_alarm_enabled = True
elif r_alarm_enabled.lower() == "false":
r_alarm_enabled = False
else:
return return_json(
success=False,
error="Invalid alarm_enabled bool: true | false")
else:
return return_json(success=False, error="alarm_enabled must be set")
if r_notifications_enabled is not None:
if r_notifications_enabled.lower() == "true":
r_notifications_enabled = True
elif r_notifications_enabled.lower() == "false":
r_notifications_enabled = False
else:
return return_json(
success=False,
error="Invalid notifications enabled bool: true | false")
else:
return return_json(success=False,
error="notifications_enabled must be set")
if not data_validation.validate_uuid(user_uuid):
return return_json(success=False, error="Invalid user UUID")
if user_db.get_user(uuid=user_uuid)[0] is False:
return return_json(success=False, error="User not found")
c_user = user_db.get_user(uuid=user_uuid)[1]
c_user.notifications_enabled = r_notifications_enabled
c_user.alarm_enabled = r_alarm_enabled
user_db.update_user(c_user)
return return_json(success=True,
data={
'notifications_enabled':
c_user.notifications_enabled,
'alarm_enabled': c_user.alarm_enabled
})
def trigger_alarm():
request_json = request.json
if request_json["arduino_uuid"] is None:
return return_json(succes=False, error="Arduino UUID is not set")
arduino_uuid = request_json["arduino_uuid"]
if not data_validation.validate_uuid(arduino_uuid):
return return_json(success=False, error="Arduino UUID is not valid")
if not data_validation.verify_arduino(arduino_uuid):
return return_json(success=False, error="Arduino is not linked")
c_user_uuid = arduino_db.get_user_uuid_by_arduino_uuid(arduino_uuid)
res = user_db.get_user(uuid=c_user_uuid)
if not res[0]:
return return_json(success=False, error="User not found")
c_user = res[1]
if c_user.alarm_enabled:
send_notification_to_user(c_user.install_id, "ALARM",
"Motion detected near your TruusPod!")
return return_json(success=True,
data={"message": "Notifications sent"})
return return_json(success=False, error="Alarm is disabled")
def check_key():
c_fcm_key = request.form.get("fcm_key", None)
user_uuid = request.form.get("uuid", None)
if c_fcm_key is None:
return return_json(success=False, error="No fcm_key set")
if user_uuid is None:
return return_json(success=False, error="No uuid set'")
if not data_validation.validate_uuid(user_uuid):
return return_json(success=False, error="Invalid uuid format")
res = user_db.get_user(uuid=user_uuid)
if not res[0]:
return return_json(success=False, error="User not found")
c_user = res[1]
if c_user.install_id == c_fcm_key:
return return_json(success=True)
c_user.install_id = c_fcm_key
user_db.update_user(c_user)
return return_json(success=True)
def get_preferences():
user_uuid = request.form.get("uuid", None)
if not data_validation.validate_uuid(user_uuid):
return return_json(success=False, error="Invalid user UUID")
if user_db.get_user(uuid=user_uuid)[0] is False:
return return_json(success=False, error="User not found")
c_user = user_db.get_user(uuid=user_uuid)[1]
return return_json(success=True,
data={
"preferences": {
'notifications_enabled':
c_user.notifications_enabled,
'alarm_enabled': c_user.alarm_enabled
}
})
def user_edit(uuid):
c_user = user_db.get_user(uuid=uuid)[1]
if request.method == "GET":
c_arduino = arduino_db.get_arduino_by_user_uuid(uuid)
if c_arduino:
c_user.arduino = c_arduino.arduino_uuid
else:
c_user.arduino = None
return render_template('users/user_edit.html', user_list=[c_user])
else:
user_uuid = uuid
name = str(request.form.get("name", None))
email = str(request.form.get("email", None))
birthdate = str(request.form.get("birthdate", None))
if not data_validation.validate_uuid(user_uuid):
return render_template('users/user_edit.html', user_list=[c_user], error="Invalid user UUID")
if user_db.get_user(uuid=user_uuid)[0] is False:
return render_template('users/user_edit.html', user_list=[c_user], error="User not found")
if not data_validation.validate_email(email):
return render_template('users/user_edit.html', user_list=[c_user], error="Invalid email")
if not data_validation.validate_birthdate(birthdate)[0]:
return render_template('users/user_edit.html', user_list=[c_user], error=data_validation.validate_birthdate(birthdate)[1])
c_user = user_db.get_user(uuid=user_uuid)[1]
c_user.name = name
if c_user.email != email:
c_user.email = email
c_user.is_verified = False
name = c_user.name
token = generate_confirm_token(c_user.email)
send_mail(c_user.name, c_user.email, token)
c_user.birthdate = birthdate
user_db.update_user(c_user)
return return_message("User updated", f"{c_user.name} has been updated!", 2, url_for('admin_blueprint.get_users'))
def get_user():
user_uuid = request.form.get("uuid", None)
if not data_validation.validate_uuid(user_uuid):
return return_json(success=False, error="Invalid user UUID")
if user_db.get_user(uuid=user_uuid)[0] is False:
return return_json(success=False, error="User not found")
c_user = user_db.get_user(uuid=user_uuid)[1]
result = {
'uuid': c_user.uuid,
'name': c_user.name,
'email': c_user.email,
'birthdate': c_user.birthdate,
'last_login': c_user.last_login,
'created_at': c_user.created_at
}
return return_json(success=True, data=result)
def get_schedule():
request_json = request.json
if request_json["arduino_uuid"] is None:
return return_json(succes=False, error="Arduino UUID is not set")
arduino_uuid = request_json["arduino_uuid"]
if not data_validation.validate_uuid(arduino_uuid):
return return_json(success=False, error="Arduino UUID is not valid")
# The maximum amount of events that can be returned due to limited memory
try:
max_events_amount = int(request_json["max_events_amount"])
except TypeError:
return return_json(success=False,
error="Max_event_amounts must be a number")
except KeyError:
max_events_amount = 20
if not data_validation.verify_arduino(arduino_uuid):
return return_json(success=False, error="Arduino is not linked")
c_user_uuid = arduino_db.get_user_uuid_by_arduino_uuid(arduino_uuid)
res = user_db.get_user(uuid=c_user_uuid)
if not res[0]:
return return_json(success=False, error="User not found")
c_user_uuid = res[1].uuid
c_schedule = schedule_db.get_user_schedule(c_user_uuid).get_events()
# User schedule
if len(c_schedule) > max_events_amount:
c_schedule = c_schedule[-max_events_amount:]
for idx, l_item in enumerate(c_schedule):
c_item = Event()
c_item.from_mongo(l_item)
c_schedule[idx] = {
'start': c_item.start,
'end': c_item.end,
'title': c_item.title,
'content': c_item.content,
'location': c_item.location
}
return return_json(success=True, data={'schedule': c_schedule})
def check_notifications():
request_json = request.json
if request_json["arduino_uuid"] is None:
return return_json(succes=False, error="Arduino UUID is not set")
arduino_uuid = request_json["arduino_uuid"]
if not data_validation.validate_uuid(arduino_uuid):
return return_json(success=False, error="Arduino UUID is not valid")
if not data_validation.verify_arduino(arduino_uuid):
return return_json(success=False, error="Arduino is not linked")
try:
max_events_amount = int(request_json["max_events_amount"])
except TypeError:
return return_json(success=False,
error="Max_events_amount must be a number")
except KeyError:
max_events_amount = 20
c_user_uuid = arduino_db.get_user_uuid_by_arduino_uuid(arduino_uuid)
res = user_db.get_user(uuid=c_user_uuid)
if not res[0]:
return return_json(success=False, error="User not found")
c_user = res[1]
c_schedule = schedule_db.get_user_schedule(c_user.uuid)
upcoming_events = c_schedule.check_for_upcoming_events()
total_event_count = len(upcoming_events)
return_events = []
for c_event in upcoming_events:
return_events.append(c_event.json())
if len(return_events) > max_events_amount:
return_events = return_events[-max_events_amount:]
return return_json(success=True,
data={
'event_count': total_event_count,
'upcoming_events': return_events
})
def resend_verification_email(uuid):
res = user_db.get_user(uuid=uuid)
if not res[0]:
return return_message("Error", "User not found", 2, url_for("admin_blueprint.get_users"))
c_user = res[1]
if c_user.is_verified:
return return_message("Task failed successfully", "User was already verified", 2, url_for("admin_blueprint.get_users"))
name = c_user.name
token = generate_confirm_token(c_user.email)
mail.send_confirmation_mail(name, c_user.email, token)
return return_message("Succes", f"Email has been sent to {c_user.name}", 2, url_for("admin_blueprint.get_users"))
def send_email_admin():
email = request.form.get("email", None)
subject = request.form.get("subject", None)
content = request.form.get("content", None)
if not data_validation.validate_email(email):
return render_template('email/email_main.html', error="Invalid email")
res = user_db.get_user(email=email)
if not res[0]:
return return_message("Error", "User not found", 2, url_for('admin_blueprint.email_main'))
c_user = res[1]
mail.send_message_mail(c_user.name, c_user.email, subject, content)
return return_message("Succes", f"Email has been sent to {c_user.name}", 2, url_for("admin_blueprint.users_main"))
def confirm_email(token):
try:
email = token_generator.confirm_token(token)
except Exception as e:
return return_json(success=False,
error="link has expired or is invalid, " + str(e))
res = user_db.get_user(email=email)
if res[0] is False:
return return_json(success=False, error="User not found")
c_user = res[1]
if c_user.is_verified:
return render_template('auth/confirmation_succes.html',
name=c_user.name)
c_user.is_verified = True
c_user.verified_on = datetime.now()
user_db.update_user(c_user)
return render_template('auth/confirmation_succes.html', name=c_user.name)
def resend_mail():
email = request.form.get("email", None)
if not data_validation.validate_email(email):
return return_json(success=False, error="Invalid email")
res = user_db.get_user(email=email)
if not res[0]:
return return_json(success=False, error="User not found")
c_user = res[1]
if c_user.is_verified:
return return_json(success=False, error="User is already verified")
name = c_user.name
token = token_generator.generate_confirm_token(email)
send_mail(name, email, token)
return return_json(success=True)
def send_notification_admin():
uuid = request.form.get("uuid", None)
title = str(request.form.get("title", None))
message = str(request.form.get("message", None))
if not data_validation.validate_uuid(uuid):
return render_template('notifications/notifications_main.html', error="Invalid UUID")
res = user_db.get_user(uuid=uuid)
if not res[0]:
return return_message("Error", "User not found", 2, url_for('admin_blueprint.notifications_main'))
c_user = res[1]
if c_user.install_id:
if c_user.notifications_enabled:
send_notification_to_user(c_user.install_id, title, message)
if res[0]:
return return_message("Succes", f"Notifcation has been sent to {c_user.name}", 2, url_for("admin_blueprint.users_main"))
return return_message("Error", res[1], 5, url_for('admin_blueprint.notifications_main'))
return return_message("Error", "User has notifications disabled", 2, url_for("admin_blueprint.users_main"))
return return_message("Error", "User has no FCM key", 2, url_for('admin_blueprint.users_main'))
def notifications_main_uuid(uuid):
c_user = user_db.get_user(uuid=uuid)
return render_template("notifications/notifications_main.html", user=c_user[1])
def email_main_uuid(uuid):
c_user = user_db.get_user(uuid=uuid)
return render_template("email/email_main.html", user=c_user[1])
def user_detail(uuid):
c_user = user_db.get_user(uuid=uuid)
if not c_user[0]:
return return_message("Error", "User not found", 2, url_for("admin_blueprint.get_users"))
c_arduino = arduino_db.get_arduino_by_user_uuid(uuid)
return render_template('/users/user_detail.html', user_list=[{'user': c_user[1], 'arduino': c_arduino}])
