def get_feeds():
clio = Clio()
options = paginate_options(limit=10)
options['order_by'] = '-_id'
count,columns,feeds = clio.hpfeed.get_payloads(options, request.args.to_dict())
channel_list = clio.hpfeed.channel_map.keys()
feeds = mongo_pages(feeds, count, limit=10)
return render_template('ui/feeds.html', feeds=feeds, columns=columns, channel_list=channel_list, view='ui.get_feeds', **request.args.to_dict())
def get_sensors():
sensors = Sensor.query.all()
total = Sensor.query.count()
# Paginating the list.
pag = paginate_options(limit=10)
sensors = sensors[pag['skip']:pag['skip'] + pag['limit']]
# Using mongo_pages because it expects paginated iterables.
sensors = mongo_pages(sensors, total, limit=10)
return render_template('ui/sensors.html', sensors=sensors,
view='ui.get_sensors', pag=pag)
def get_sensors():
sensors = Sensor.query.all()
total = Sensor.query.count()
# Paginating the list.
pag = paginate_options(limit=10)
sensors = sensors[pag['skip']:pag['skip'] + pag['limit']]
# Using mongo_pages because it expects paginated iterables.
sensors = mongo_pages(sensors, total, limit=10)
return render_template('ui/sensors.html', sensors=sensors,
view='ui.get_sensors', pag=pag)
def get_attacks():
clio = Clio()
options = paginate_options(limit=10)
options['order_by'] = '-timestamp'
total = clio.session.count(**request.args.to_dict())
sessions = clio.session.get(
options=options, **request.args.to_dict())
sessions = mongo_pages(sessions, total, limit=10)
return render_template('ui/attacks.html', attacks=sessions,
sensors=Sensor.query, view='ui.get_attacks',
get_flag_ip=get_flag_ip, get_sensor_name=get_sensor_name, **request.args.to_dict())