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hstatus.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
from __future__ import print_function
import sys
import xmltodict
import requests
import time
import math
def to_size(size):
if (size == 0):
return '0 Bytes'
size_name = ('Bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB', 'ZB', 'YB')
i = int(math.floor(math.log(size,1024)))
p = math.pow(1024,i)
s = round(size/p,2)
return '%s %s' % (s,size_name[i])
def is_hilink(device_ip):
try:
r = requests.get(url='http://' + device_ip + '/api/device/information', allow_redirects=False, timeout=device_timeout)
except requests.exceptions.RequestException as e:
return False;
if r.status_code != 200:
return False
return True
def get_token(device_ip):
token = None
try:
r = requests.get(url='http://' + device_ip + '/api/webserver/token', allow_redirects=False, timeout=device_timeout)
except requests.exceptions.RequestException as e:
return token
try:
d = xmltodict.parse(r.text, xml_attribs=True)
if 'response' in d and 'token' in d['response']:
token = d['response']['token']
except:
pass
return token
def get_sessionIDtoken(device_ip):
token = None
sessionID = None
try:
r = requests.get(url='http://' + device_ip + '/api/webserver/SesTokInfo', allow_redirects=False, timeout=device_timeout)
except requests.exceptions.RequestException as e:
return token
try:
d = xmltodict.parse(r.text, xml_attribs=True)
if 'response' in d and 'TokInfo' in d['response']:
token = d['response']['TokInfo']
d = xmltodict.parse(r.text, xml_attribs=True)
if 'response' in d and 'SesInfo' in d['response']:
sessionID = d['response']['SesInfo']
except:
pass
return (token, sessionID)
def call_api(device_ip, token, sessionID, resource, xml_attribs=True):
headers = {}
if token is not None and sessionID is not None:
headers = {'__RequestVerificationToken': token}
headers = {'Cookie': sessionID}
try:
r = requests.get(url='http://' + device_ip + resource, headers=headers, allow_redirects=False, timeout=device_timeout)
except requests.exceptions.RequestException as e:
print ("Error: "+str(e))
return False;
if r.status_code == 200:
d = xmltodict.parse(r.text, xml_attribs=xml_attribs)
if 'error' in d:
raise Exception('Received error code ' + d['error']['code'] + ' for URL ' + r.url)
return d
else:
raise Exception('Received status code ' + str(r.status_code) + ' for URL ' + r.url)
def get_connection_status(status):
result = 'n/a'
if status == '2' or status == '3' or status == '5' or status == '8' or status == '20' or status == '21' or status == '23' or status == '27' or status == '28' or status == '29' or status == '30' or status == '31' or status == '32' or status == '33':
result = 'Connection failed, the profile is invalid'
elif status == '7' or status == '11' or status == '14' or status == '37':
result = 'Network access not allowed'
elif status == '12' or status == '13':
result = 'Connection failed, roaming not allowed'
elif status == '201':
result = 'Connection failed, bandwidth exceeded'
elif status == '900':
result = 'Connecting'
elif status == '901':
result = 'Connected'
elif status == '902':
result = 'Disconnected'
elif status == '903':
result = 'Disconnecting'
elif status == '904':
result = 'Connection failed or disabled'
return result
def get_network_type(type):
result = 'n/a'
if type == '0':
result = 'No Service'
elif type == '1':
result = 'GSM'
elif type == '2':
result = 'GPRS (2.5G)'
elif type == '3':
result = 'EDGE (2.75G)'
elif type == '4':
result = 'WCDMA (3G)'
elif type == '5':
result = 'HSDPA (3G)'
elif type == '6':
result = 'HSUPA (3G)'
elif type == '7':
result = 'HSPA (3G)'
elif type == '8':
result = 'TD-SCDMA (3G)'
elif type == '9':
result = 'HSPA+ (4G)'
elif type == '10':
result = 'EV-DO rev. 0'
elif type == '11':
result = 'EV-DO rev. A'
elif type == '12':
result = 'EV-DO rev. B'
elif type == '13':
result = '1xRTT'
elif type == '14':
result = 'UMB'
elif type == '15':
result = '1xEVDV'
elif type == '16':
result = '3xRTT'
elif type == '17':
result = 'HSPA+ 64QAM'
elif type == '18':
result = 'HSPA+ MIMO'
elif type == '19':
result = 'LTE (4G)'
elif type == '41':
result = 'UMTS (3G)'
elif type == '44':
result = 'HSPA (3G)'
elif type == '45':
result = 'HSPA+ (3G)'
elif type == '46':
result = 'DC-HSPA+ (3G)'
elif type == '64':
result = 'HSPA (3G)'
elif type == '65':
result = 'HSPA+ (3G)'
elif type == '101':
result = 'LTE (4G)'
return result
def get_roaming_status(status):
result = 'n/a'
if status == '0':
result = 'Disabled'
elif status == '1':
result = 'Enabled'
return result
def get_signal_level(level):
result = '-'
if level == '1':
result = u'\u2581'
if level == '2':
result = u'\u2581' + u'\u2583'
if level == '3':
result = u'\u2581' + u'\u2583' + u'\u2584'
if level == '4':
result = u'\u2581' + u'\u2583' + u'\u2584' + u'\u2586'
if level == '5':
result = u'\u2581' + u'\u2583' + u'\u2584' + u'\u2586' + u'\u2588'
return result
def print_traffic_statistics(device_ip, token, sessionID, connection_status):
d = call_api(device_ip, token, sessionID, '/api/monitoring/traffic-statistics')
current_connect_time = d['response']['CurrentConnectTime']
current_upload = d['response']['CurrentUpload']
current_download = d['response']['CurrentDownload']
total_upload = d['response']['TotalUpload']
total_download = d['response']['TotalDownload']
if connection_status == '901':
print(' Connected for: ' + time.strftime('%H:%M:%S', time.gmtime(float(current_connect_time))) + ' (hh:mm:ss)')
print(' Downloaded: ' + to_size(float(current_download)))
print(' Uploaded: ' + to_size(float(current_upload)))
print(' Total downloaded: ' + to_size(float(total_download)))
print(' Total uploaded: ' + to_size(float(total_upload)))
def print_connection_status(device_ip, token, sessionID):
d = call_api(device_ip, token, sessionID, '/api/monitoring/status')
connection_status = d['response']['ConnectionStatus']
signal_strength = d['response']['SignalStrength']
signal_level = d['response']['SignalIcon']
network_type = d['response']['CurrentNetworkType']
roaming_status = d['response']['RoamingStatus']
wan_ip = d['response']['WanIPAddress']
primary_dns_ip = d['response']['PrimaryDns']
secondary_dns_ip = d['response']['SecondaryDns']
wifi_status = d['response']['WifiStatus']
wifi_users_current = d['response']['CurrentWifiUser']
wifi_users_max = d['response']['TotalWifiUser']
print(' Connection status: ' + get_connection_status(connection_status))
public_ip = None
if connection_status == '901':
r = requests.get('http://ip.o11.net', timeout=device_timeout)
if r.status_code == 200:
public_ip = r.text.rstrip()
print(' Network type: ' + get_network_type(network_type))
print(' Signal level: ' + get_signal_level(signal_level), end="")
if signal_strength is not None:
print(' (' + signal_strength + '%)')
else:
print('')
print(' Roaming: ' + get_roaming_status(roaming_status))
if wan_ip is not None:
print(' Modem WAN IP address: ' + wan_ip)
if public_ip is not None:
print(' Public IP address: ' + public_ip)
print(' DNS IP addresses: ' + primary_dns_ip + ', ' + secondary_dns_ip)
if wifi_status == '1':
print(' WIFI users\t\t' + wifi_users_current + ' (of ' + wifi_users_max + ')')
return connection_status
def print_device_info(device_ip, token, sessionID):
d = call_api(device_ip, token, sessionID, '/api/device/information')
device_name = d['response']['DeviceName']
serial_number = d['response']['SerialNumber']
imei = d['response']['Imei']
hardware_version = d['response']['HardwareVersion']
software_version = d['response']['SoftwareVersion']
webui_version = d['response']['WebUIVersion']
mac_address1 = d['response']['MacAddress1']
mac_address2 = d['response']['MacAddress2']
product_family = d['response']['ProductFamily']
print('Huawei ' + device_name + ' ' + product_family + ' Modem (IMEI: ' + imei + ')')
print(' Hardware version: ' + hardware_version)
print(' Software version: ' + software_version)
print(' Web UI version: ' + webui_version)
print(' Serial: ' + serial_number)
print(' MAC address (modem): ' + mac_address1, end='')
if mac_address2 is not None:
print('\tMAC address (WiFi): ' + mac_address2)
else:
print('')
def print_provider(device_ip, token, sessionID, connection_status):
if connection_status == '901':
d = call_api(device_ip, token, sessionID, '/api/net/current-plmn')
state = d['response']['State']
provider_name = d['response']['FullName']
print(' Network operator: ' + provider_name)
def print_unread(device_ip, token, sessionID):
d = call_api(device_ip, token, sessionID, '/api/monitoring/check-notifications')
unread_messages = d['response']['UnreadMessage']
if unread_messages is not None and int(unread_messages) > 0:
print(' Unread SMS: ' + unread_messages)
device_ip = '192.168.1.1'
# BUG with httplib - http://code.google.com/p/httplib2/issues/detail?id=39
#device_timeout = (2.0,2.0)
device_timeout = 2.0
if len(sys.argv) == 2:
device_ip = sys.argv[1]
if not is_hilink(device_ip):
print("Can't find a Huawei HiLink device on " + device_ip)
print('')
sys.exit(-1)
else:
if not is_hilink(device_ip):
if not is_hilink('192.168.8.1'):
print("Can't find a Huawei HiLink device on the default IP addresses, please try again and pass the device's IP address as a parameter")
print('')
sys.exit(-1)
else:
device_ip = '192.168.8.1'
#token = get_token(device_ip)
#print_device_info(device_ip, token)
#connection_status = print_connection_status(device_ip, token)
#print_provider(device_ip, token, connection_status)
#print_traffic_statistics(device_ip, token, connection_status)
#print_unread(device_ip, token)
token, sessionID = get_sessionIDtoken(device_ip)
print_device_info(device_ip, token, sessionID)
connection_status = print_connection_status(device_ip, token, sessionID)
print_provider(device_ip, token, sessionID, connection_status)
print_traffic_statistics(device_ip, token, sessionID, connection_status)
print_unread(device_ip, token, sessionID)
print('')