import sqlite3
import time
import json
+import websockets
+
import pprint
from django.views.decorators.csrf import csrf_exempt
def load_db(query):
- connection = sqlite3.connect("logs/Kismet-20221208-22-56-36-1.kismet")
- #connection.row_factory = lambda cursor, row: row[0]
+ dir_list = os.listdir("logs/")
+ connection = sqlite3.connect("logs/"+dir_list[0])
cursor = connection.cursor()
rows = cursor.execute(query).fetchall()
return(rows)
@csrf_exempt
+
def index(request):
#if request.method == 'POST':
- # print("GOT A POST")
+ # for key, value in request.POST.items():
+ # print(key,value)
if request.path == "/devices/views/all_views.json":
- all_views = open('dbview/all_views.json')
- return HttpResponse(all_views, content_type='text/json')
+ uuid_members="["
+ dev_count=list(load_db("select count(device) from devices where type='Wi-Fi AP'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"IEEE802.11 Access Points\", \"kismet.devices.view.id\": \"phydot11_accesspoints\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where phyname='IEEE802.11'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"IEEE802.11 devices\", \"kismet.devices.view.id\": \"phy-IEEE802.11\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where type='RTL433'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"RTL433 devices\", \"kismet.devices.view.id\": \"phy-RTL433\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where type='Z-wave'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"Z-Wave devices\", \"kismet.devices.view.id\": \"phy-Z-Wave\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where type='BR/EDR'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"Bluetooth devices\", \"kismet.devices.view.id\": \"phy-Bluetooth\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where type='UAV'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"UAV devices\", \"kismet.devices.view.id\": \"phy-UAV\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where type='NrfMousejack'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"NrfMousejack devices\", \"kismet.devices.view.id\": \"phy-NrfMousejack\", \"kismet.devices.view.size\": "+str(devcount)+"},"
+ dev_count=list(load_db("select count(device) from devices where type='BTLE'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"BTLE devices\", \"kismet.devices.view.id\": \"phy-BTLE\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where phyname='AMR'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"RTLAMR devices\", \"kismet.devices.view.id\": \"phy-RTLAMR\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where phyname='ADSB'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"RTLADSB devices\", \"kismet.devices.view.id\": \"phy-RTLADSB\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where phyname='802.15.4'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"802.15.4 devices\", \"kismet.devices.view.id\": \"phy-802.15.4\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ dev_count=list(load_db("select count(device) from devices where phyname='RADIATION'"))
+ (devcount,) = dev_count[0]
+ uuid_members = uuid_members + "{ \"kismet.devices.view.description\": \"RADIATION devices\", \"kismet.devices.view.id\": \"phy-RADIATION\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ total_dev=list(load_db("select count(device) from devices"))
+ (devcount,) = total_dev[0]
+ uuid_members=uuid_members+"{ \"kismet.devices.view.description\": \"All devices\", \"kismet.devices.view.id\": \"all\", \"kismet.devices.view.size\": "+str(devcount)+" },"
+ uuid_list = list(load_db("select uuid from datasources"))
+ for uuid in uuid_list:
+ (single_uuid,) = uuid
+ uuid_count = list(load_db("select count(*) from data where datasource='"+str(single_uuid)+"'"))
+ (single_uuid_count,) = uuid_count[0]
+ uuid_members = uuid_members + "{\"kismet.devices.view.description\": \"Devices seen by datasource "+single_uuid+"\","
+ uuid_members = uuid_members + "\"kismet.devices.view.id\": \"seenby-"+single_uuid+"\","
+ uuid_members = uuid_members + "\"kismet.devices.view.size\": "+str(single_uuid_count)+"},"
+ uuid_members=uuid_members[:-1]
+ uuid_members=uuid_members+"]"
+ return HttpResponse(uuid_members, content_type='text/json')
elif request.path == "/system/user_status.json":
+ #Hardcoded for now
user_status = open('dbview/user_status.json')
return HttpResponse(user_status, content_type='text/json')
elif request.path == "/session/check_setup_ok":
elif request.path == "/session/check_login":
return HttpResponse('Login valid')
elif request.path == "/dynamic.js":
+ #INCOMPLETE - read the devices and create a dynamic.js output
devices = load_db("select distinct(typestring) from datasources")
load_file = open('static/dynamic.js')
return HttpResponse(load_file, content_type='application/javascript')
elif request.path == "/gps/location.json":
+ #hardcoded cus it doesnt matter
user_status = open('dbview/gps_status.json')
return HttpResponse(user_status, content_type='text/json')
elif request.path == "/alerts/wrapped/last-time/0/alerts.json":
alert_string = alert_string + "] ,\"kismet.alert.timestamp\": "+str(time.time())+"}"
return HttpResponse(alert_string, content_type='text/json')
elif request.path == "/phy/phy80211/ssids/views/ssids.json":
- user_status = open('dbview/ssids.json')
- return HttpResponse(user_status, content_type='text/json')
+ ssid_count = list(load_db("select count(device) from devices where type='Wi-Fi AP'"))
+ ssid_list = "{ \"recordsTotal\": "+str(ssid_count[0][0])+", \"data\": ["
+ ssids = list(load_db("select cast(device as text) from devices where type='Wi-Fi AP'"))
+ for ssid in ssids:
+ (single_ssid,) = ssid
+ ssid_json = json.loads(single_ssid)
+ try:
+ ssid_list = ssid_list + "{"
+ ssid_list = ssid_list + "\"dot11.ssidgroup.first_time\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.first_time']) +"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.ssid_len\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.ssidlen'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.crypt_set\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.crypt_set'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.hash\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.ssid_hash'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.advertising_devices_len\": \"" + str(ssid_json['dot11.device']['dot11.device.num_advertised_ssids'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.probing_devices_len\": \"" + str(ssid_json['dot11.device']['dot11.device.num_probed_ssids'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.ssid\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.ssid'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.responding_devices_len\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.probe_response'])+"\","
+ ssid_list = ssid_list + "\"dot11.ssidgroup.last_time\": \"" + str(ssid_json['dot11.device']['dot11.device.last_beaconed_ssid_record']['dot11.advertisedssid.last_time'])+"\""
+ ssid_list = ssid_list + "},"
+ except:
+ ssid_list = ssid_list[:-1]
+ #print("Skipping")
+ ssid_list = ssid_list[:-2]+ "}], \"draw\": 3, \"recordsFiltered\": "+str(ssid_count[0][0])+" }"
+ return HttpResponse(ssid_list, content_type='text/json')
elif request.path == "/system/status.json":
+ #Hardcoded - Setup for other users
user_status = open('dbview/status.json')
return HttpResponse(user_status, content_type='text/json')
elif request.path == "/alerts/alerts_view.json":
- #MAY NOT BE COMPLETE
+ #INCOMPLETE - Check device Mappings
+ total_alerts=list(load_db("select count(json) from alerts"))
+ (alert_count,) = total_alerts[0]
alerts = list(load_db("select cast(json as text) from alerts"))
- alert_string="["
+ alert_string="{\"recordsTotal\": "+str(alert_count)+",\"data\": ["
for alert in alerts:
(single_alert,) = alert
alert_string = alert_string + single_alert + ","
alert_string = alert_string[:-1]
- alert_string = alert_string + "]"
+ alert_string = alert_string + "], \"draw\": 6,\"recordsFiltered\": "+str(alert_count)+"}"
return HttpResponse(alert_string, content_type='text/json')
elif request.path == "/messagebus/last-time/0/messages.json":
messages = list(load_db("select * from messages DESC limit 30"))
flag = 20
if message[3] == "ERROR":
flag = 20
- message_string = message_string + "\"kismet.messagebus.message_flags\": \"" + flag + "\","
+ message_string = message_string + "\"kismet.messagebus.message_flags\": \"" + str(flag) + "\","
message_string = message_string + "\"kismet.messagebus.message_time\": \"" + str(message[0]) + "\""
message_string = message_string + "},"
message_string = message_string[:-1]
elif request.path == "/channels/channels.json":
user_status = open('dbview/channels.json')
return HttpResponse(user_status, content_type='text/json')
- elif request.path == "/devices/views/all/devices.json":
- #gotta figure out paging
+ #elif request.path == "/devices/views/all/devices.json":
+ elif request.path.startswith("/devices/views") and request.path.endswith("devices.json"):
+ device_request=request.path[15:-13]
+ #print("POST INFO")
+ #print(request.POST.getlist('search[value]'))
+ search = str(request.POST.getlist('search[value]'))[2:-2]
+ draw = str(request.POST.getlist('draw'))[2:-2]
+ start = str(request.POST.getlist('start'))[2:-2]
+ limit = str(request.POST.getlist('length'))[2:-2]
total_dev=list(load_db("select count(device) from devices"))
(dev_count,) = total_dev[0]
- dev_string = "{ \"recordsTotal\": "+str(dev_count)+", \"data\": ["
- dev_list = list(load_db("select cast(device as text) from devices limit 50"))
+ dev_string = ""
+ dev_string = "{ \"recordsTotal\": "+str(dev_count)+", \"data\": [ "
+ if device_request == "all":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-RTLADSB":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'ADSB' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'ADSB' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phydot11_accesspoints":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where type = 'Wi-Fi AP' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and type = 'Wi-Fi AP' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-BTLE":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'BTLE' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and type = 'BTLE' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-Bluetooth":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'Bluetooth' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'Bluetooth' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-RTL433":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'RTL433' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'RTL433' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-IEEE802.11":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'IEEE802.11' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'IEEE802.11' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-RADIATION":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'RADIATION' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'RADIATION' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-802.15.4":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = '802.15.4' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = '802.15.4' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-RTLAMR":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'METER' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'METER' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-NrfMousejack":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'NrfMousejack' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'NrfMousejack' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-UAV":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'UAV' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'UAV' LIMIT "+limit+" OFFSET "+start))
+ elif device_request == "phy-Z-Wave":
+ if search == "":
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'Z-Wave' LIMIT "+limit+" OFFSET "+start))
+ else:
+ dev_list = list(load_db("select cast(device as text) from devices where cast(device as text) like '%"+search+"%' and phyname = 'Z-Wave' LIMIT "+limit+" OFFSET "+start))
for device in dev_list:
(dev,) = device
- dev_string = dev_string + dev + ","
+ dev_json = json.loads(dev)
+ newdev = {}
+ newdev['kismet.device.base.commonname'] = dev_json['kismet.device.base.commonname']
+ newdev['kismet.device.base.type'] = dev_json['kismet.device.base.type']
+ newdev['kismet.device.base.phyname'] = dev_json['kismet.device.base.phyname']
+ newdev['kismet.device.base.crypt'] = dev_json['kismet.device.base.crypt']
+ newdev['kismet.device.base.channel'] = dev_json['kismet.device.base.channel']
+ newdev['kismet.device.base.datasize'] = dev_json['kismet.device.base.datasize']
+ newdev['kismet.device.base.last_time'] = dev_json['kismet.device.base.last_time']
+ newdev['kismet.device.base.first_time'] = dev_json['kismet.device.base.first_time']
+ newdev['kismet.device.base.key'] = dev_json['kismet.device.base.key']
+ newdev['kismet.device.base.macaddr'] = dev_json['kismet.device.base.macaddr']
+ newdev['kismet.device.base.frequency'] = dev_json['kismet.device.base.frequency']
+ newdev['kismet.device.base.manuf'] = dev_json['kismet.device.base.manuf']
+ if newdev['kismet.device.base.phyname'] == "IEEE802.11":
+ newdev['adsb.device'] = 0
+ newdev['bluetooth.device'] = 0
+ newdev['uav.device'] = 0
+ if newdev['kismet.device.base.phyname'] == "Bluetooth":
+ newdev['adsb.device'] = 0
+ newdev['uav.device'] = 0
+ newdev['buetooth.device'] = dev_json['bluetooth.device']
+ if newdev['kismet.device.base.phyname'] == "ADSB":
+ newdev['bluetooth.device'] = 0
+ newdev['uav.device'] = 0
+ newdev['adsb.device'] = dev_json['adsb.device']
+ if "kismet.common.rrd.last_time" in dev_json:
+ newdev['kismet.common.rrd.last_time'] = dev_json['kismet.common.rrd.last_time']
+ if "dot11.device.num_associated_clients" in dev_json:
+ newdev['dot11.device.num_associated_clients'] = dev_json['dot11.device.num_associated_clients']
+ if "dot11.device.last_bssid" in dev_json:
+ newdev['dot11.device.last_bssid'] = dev_json['dot11.device.last_bssid']
+ if "dot11.advertisedssid.dot11e_channel_utilization_perc" in dev_json:
+ newdev['dot11.advertisedssid.dot11e_channel_utilization_perc'] = dev_json['dot11.advertisedssid.dot11e_channel_utilization_perc']
+ if "dot11.advertisedssid.dot11e_qbss_stations" in dev_json:
+ newdev['dot11.advertisedssid.dot11e_qbss_stations'] = dev_json['dot11.advertisedssid.dot11e_qbss_stations']
+ if "kismet.common.signal.last_signal" in dev_json:
+ newdev['kismet.common.signal.last_signal'] = dev_json['kismet.common.signal.last_signal']
+ if "dot11.device.bss_timestamp" in dev_json:
+ newdev['dot11.device.bss_timestamp'] = dev_json['dot11.device.bss_timestamp']
+ if "dot11.advertisedssid.dot11e_qbss" in dev_json:
+ newdev['dot11.advertisedssid.dot11e_qbss'] = dev_json['dot11.advertisedssid.dot11e_qbss']
+ if "dot11.device.wpa_handshake_list" in dev_json:
+ newdev['dot11.device.wpa_handshake_list'] = dev_json['dot11.device.wpa_handshake_list']
+ if "dot11.device.pmkid_packet" in dev_json:
+ newdev['dot11.device.pmkid_packet'] = dev_json['dot11.device.pmkid_packet']
+ if "kismet.common.rrd.serial_time" in dev_json:
+ newdev['kismet.common.rrd.serial_time'] = dev_json['kismet.common.rrd.serial_time']
+
+ #print("====")
+ #print(json.dumps(newdev))
+ #print(dev_json['kismet.device.base.commonname'])
+ #print("====")
+ #dev_string = dev_string + dev + ","
+ dev_string = dev_string + json.dumps(newdev) + ","
dev_string = dev_string[:-1]
- dev_string = dev_string + "],\"draw\": 5,\"recordsFiltered\": "+str(dev_count)+"}"
+ dev_string = dev_string + "],\"draw\": "+draw+",\"recordsFiltered\": "+str(dev_count)+"}"
return HttpResponse(dev_string, content_type='text/json')
elif request.path == "/eventbus/events.ws":
return HttpResponse("[]", content_type='text/json')
+ elif request.path == "/phy/DOT/map_data.json":
+ node_list = ""
+ link_list = ""
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'IEEE802.11' and cast(device as text) like '%dot11.device.client_map%'"))
+ for device in dev_list:
+ (dev,) = device
+ dev_json = json.loads(dev)
+ newdev = {}
+ node_list = node_list + "{ \"id\": \""+dev_json["kismet.device.base.macaddr"]+"\", \"label\": \""+dev_json["kismet.device.base.macaddr"]+"\", \"level\": 1},"
+ for device in dev_json['dot11.device']['dot11.device.client_map']:
+ node_list = node_list + "{ \"id\": \""+device+"\", \"label\": \""+device+"\", \"level\": 2},"
+ link_list = link_list + "{ \"target\": \""+device+"\", \"source\": \""+dev_json["kismet.device.base.macaddr"]+"\" , \"strength\": 0.7 },"
+ node_list = node_list[:-1]
+ link_list = link_list[:-1]
+ thang="{ \"nodes\": [" +node_list+"], \"links\": [" +link_list+"] }"
+ return HttpResponse(thang, content_type='text/json')
+ elif request.path == "/phy/RUSS/map_data.json":
+ min_long = 361.0
+ max_long = 0.0
+ min_lat = 181.0
+ max_lat = 0.0
+ multikey = "{}"
+ russlist = "{ \"kismet.wireless.map.devices\": [ "
+ dev_list = list(load_db("select cast(device as text) from devices where (phyname = 'Bluetooth' or phyname = 'IEEE802.11') and cast(device as text) like '%kismet.common.location.geopoint%'"))
+ for device in dev_list:
+ (dev,) = device
+ dev_json = json.loads(dev)
+ newdev = {}
+ newdev['kismet.device.base.first_time'] = dev_json['kismet.device.base.first_time']
+ try:
+ (tmp_min_long,tmp_min_lat) = dev_json['kismet.device.base.location']['kismet.common.location.min_loc']['kismet.common.location.geopoint']
+ tmp_min_lat = round(tmp_min_lat + 91, 6)
+ tmp_min_long = round(tmp_min_long + 181, 6)
+ if (tmp_min_lat != 91 and tmp_min_long !=181):
+ if (tmp_min_lat < min_lat):
+ min_lat = tmp_min_lat
+ if (tmp_min_long < min_long):
+ min_long = tmp_min_long
+ (tmp_max_long,tmp_max_lat) = dev_json['kismet.device.base.location']['kismet.common.location.max_loc']['kismet.common.location.geopoint']
+ tmp_max_lat = round(tmp_max_lat + 91,6)
+ tmp_max_long = round(tmp_max_long +181,6)
+ if (tmp_max_lat != 91 and tmp_max_long !=181):
+ if (tmp_max_lat > max_lat):
+ max_lat = tmp_max_lat
+ if (tmp_max_long > max_long):
+ max_long = tmp_max_long
+ russlist = russlist + str(dev_json['kismet.device.base.location']['kismet.common.location.avg_loc']['kismet.common.location.geopoint']) + ","
+ except:
+ try:
+ (tmp_min_long,tmp_min_lat) = dev_json['dot11.device']['dot11.device.client_map']['dot11.client.location']['kismet.common.location.min_loc']['kismet.common.location.geopoint']
+ tmp_min_lat = round(tmp_min_lat + 91, 6)
+ tmp_min_long = round(tmp_min_long + 181, 6)
+ if (tmp_min_lat != 91 and tmp_min_long !=181):
+ if (tmp_min_lat < min_lat):
+ min_lat = tmp_min_lat
+ if (tmp_min_long < min_long):
+ min_long = tmp_min_long
+ (tmp_max_long,tmp_max_lat) = dev_json['dot11.device']['dot11.device.client_map']['dot11.client.location']['kismet.common.location.max_loc']['kismet.common.location.geopoint']
+ tmp_max_lat = round(tmp_max_lat + 91,6)
+ tmp_max_long = round(tmp_max_long +181,6)
+ if (tmp_max_lat != 91 and tmp_max_long !=181):
+ if (tmp_max_lat > max_lat):
+ max_lat = tmp_max_lat
+ if (tmp_max_long > max_long):
+ max_long = tmp_max_long
+ russlist = russlist + str(dev_json['dot11.device']['dot11.device.client_map']['dot11.client.location']['kismet.common.location.avg_loc']['kismet.common.location.geopoint']) + ","
+ except:
+ print("poop")
+ russlist = russlist[:-1]
+ min_lat = round(min_lat - 91, 6)
+ min_long = round(min_long - 181, 6)
+ max_lat = round(max_lat - 91, 6)
+ max_long = round(max_long - 181, 6)
+ russlist = russlist + " ], \"kismet.wireless.map.min_lon\": "+str(min_long) + ", \"kismet.wireless.map.max_lat\": "+str(max_lat)+", \"kismet.wireless.map.min_lat\": "+str(min_lat)+", \"kismet.wireless.map.max_lon\": "+str(max_long)+" }"
+ return HttpResponse(russlist, content_type='text/json')
elif request.path == "/devices/multikey/as-object/devices.json":
- print("here")
+ #ClientMap incomplete.... figure out where the rest of the JSON comes from
+ search_json = ""
+ multikey = "{"
for key, value in request.POST.items():
- print("-----")
- print(key)
- print(value)
- print("-----")
- return HttpResponse("[]", content_type='text/json')
+ search_json=json.loads(value)
+ for device in search_json['devices']:
+ device_json = list(load_db("select cast(device as text) from devices where devkey='"+str(device)+"'"))
+ (tmp,) = device_json
+ device_json_x = json.loads(str(tmp[0]))
+ multikey = multikey + "\""+str(device)+"\": {"
+ for field in search_json['fields']:
+ if (field[0:6] == "kismet"):
+ multikey = multikey + "\""+field+"\": \""+device_json_x[field]+"\","
+ multikey = multikey + "\"dot11.device.client_map\": {},"
+ multikey = multikey[:-1]
+ multikey = multikey + "},"
+ multikey = multikey[:-1]
+ multikey = multikey + "}"
+ return HttpResponse(multikey, content_type='text/json')
+ elif request.path == "/phy/ADSB/map_data.json":
+ #I had to do a stupid lat/long offset to draw the map grid because for some stupid reason python wouldnt do number scales right?
+ #limiting to 100 until i figure out paging
+ min_long = 361.0
+ max_long = 0.0
+ min_lat = 181.0
+ max_lat = 0.0
+ adsblist = "{ \"kismet.adsb.map.devices\": [ "
+ dev_list = list(load_db("select cast(device as text) from devices where phyname = 'ADSB' limit 100"))
+ for device in dev_list:
+ (dev,) = device
+ dev_json = json.loads(dev)
+ newdev = {}
+ newdev['kismet.device.base.first_time'] = dev_json['kismet.device.base.first_time']
+ if "kismet.device.base.location" in dev_json:
+ newdev['kismet.device.base.location'] = dev_json['kismet.device.base.location']
+ (tmp_min_long,tmp_min_lat) = newdev['kismet.device.base.location']['kismet.common.location.min_loc']['kismet.common.location.geopoint']
+ tmp_min_lat = round(tmp_min_lat + 91, 6)
+ tmp_min_long = round(tmp_min_long + 181, 6)
+ if (tmp_min_lat != 91 and tmp_min_long !=181):
+ if (tmp_min_lat < min_lat):
+ min_lat = tmp_min_lat
+ if (tmp_min_long < min_long):
+ min_long = tmp_min_long
+ (tmp_max_long,tmp_max_lat) = newdev['kismet.device.base.location']['kismet.common.location.max_loc']['kismet.common.location.geopoint']
+ tmp_max_lat = round(tmp_max_lat + 91,6)
+ tmp_max_long = round(tmp_max_long +181,6)
+ if (tmp_max_lat != 91 and tmp_max_long !=181):
+ if (tmp_max_lat > max_lat):
+ max_lat = tmp_max_lat
+ if (tmp_max_long > max_long):
+ max_long = tmp_max_long
+ newdev['kismet.device.base.macaddr'] = dev_json['kismet.device.base.macaddr']
+ newdev['adsb.device'] = dev_json['adsb.device']
+ newdev['kismet.device.base.type'] = dev_json['kismet.device.base.type']
+ newdev['kismet.device.base.commonname'] = dev_json['kismet.device.base.commonname']
+ newdev['kismet.device.base.name'] = dev_json['kismet.device.base.name']
+ newdev['kismet.device.base.packets.data'] = dev_json['kismet.device.base.packets.data']
+ newdev['kismet.device.base.frequency'] = dev_json['kismet.device.base.frequency']
+ newdev['kismet.device.base.phyname'] = dev_json['kismet.device.base.phyname']
+ newdev['kismet.device.base.last_time'] = dev_json['kismet.device.base.last_time']
+ newdev['kismet.device.base.key'] = dev_json['kismet.device.base.key']
+ adsblist = adsblist + json.dumps(newdev) + ","
+ adsblist = adsblist[:-1]
+ min_lat = round(min_lat - 91, 6)
+ min_long = round(min_long - 181, 6)
+ max_lat = round(max_lat - 91, 6)
+ max_long = round(max_long - 181, 6)
+ adsblist = adsblist + " ], \"kismet.adsb.map.min_lon\": "+str(min_long) + ", \"kismet.adsb.map.max_lat\": "+str(max_lat)+", \"kismet.adsb.map.min_lat\": "+str(min_lat)+", \"kismet.adsb.map.max_lon\": "+str(max_long)+" }"
+ return HttpResponse(adsblist, content_type='text/json')
projects / kismet-logviewer.git / blobdiff