You can still login to the Virgin Media shared Wifi if you cannot install the App on your device.
<username> your Virgin Media account username e.g. fred@some.domain
<password> your Virgin Media account password
Username – vmedwifi/fred@some.domain
Password – <password>
EAP Method – TTLS
Phase 2 Authentication – MSCHAPV2
Note you must have a Virgin Media account/contract to use this service.
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rpm -Uvh https://dl.fedoraproject.org/pub/epel/epel-release-latest-7.noarch.rpm |
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rpm -Uvh http://li.nux.ro/download/nux/dextop/el7/x86_64/nux-dextop-release-0-1.el7.nux.noarch.rpm |
Use YUM command to install xrdp.
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yum -y install xrdp tigervnc-server systemctl start xrdp.service systemctl enable xrdp.service |
After some trial and error the following script now works –
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#!bin/python # #python -mzeep https://na.system.local/soap?wsdl --no-verify from requests import Session from zeep import Client from zeep import xsd from zeep.transports import Transport # import zeep # Disable "InsecureRequestWarning: Unverified HTTPS request is being made." import urllib3 import logging import argparse ############################################################################# # Disable "InsecureRequestWarning: Unverified HTTPS request is being made." urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning) ############################################################################# logging.basicConfig() logging.getLogger().setLevel(logging.INFO) logger = logging.getLogger(__name__) console_handler = logging.StreamHandler() # sys.stderr console_handler.setLevel(logging.CRITICAL) # set later by set_log_level_from_verbose() in interactive sessions console_handler.setFormatter( logging.Formatter('[%(levelname)s](%(name)s): %(message)s') ) logger.addHandler(console_handler) parser = argparse.ArgumentParser(description='Retrieve diagnostics from HPNA') parser.add_argument('-v', '--verbose', action="count", help="verbose level... repeat up to three times.") def set_log_level_from_verbose(args): if not args.verbose: console_handler.setLevel('ERROR') elif args.verbose == 1: console_handler.setLevel('WARNING') elif args.verbose == 2: console_handler.setLevel('INFO') elif args.verbose >= 3: console_handler.setLevel('DEBUG') else: logger.critical("UNEXPLAINED NEGATIVE COUNT!") args = parser.parse_args() set_log_level_from_verbose(args) logging.basicConfig() logging.getLogger().setLevel(logging.INFO) logger = logging.getLogger(__name__) # Define where HP NA is and the user credentials wsdl = 'https://na.system.local/soap?wsdl' hp_user = "hpna" hp_password = "hpna" logger.info('Setup and collect WSDL') session = Session() session.verify = False transport = Transport(session = session) logger.debug('Transport parameters: %s', transport) client = Client(wsdl = wsdl,transport = transport) logger.debug('Client : %s', client) logger.info('WSDL session complete') # print(client) # login(parameters: ns0:loginInputParms, _soapheaders={header: ns0:RequestHeader}) -> Result: ns0:Result # ns0:loginInputParms(ns0:loginInputParms) # ns0:loginInputParms(username: xsd:string, password: xsd:string) #login = login_user(username = 'hpna', password = 'hpna') # dir(login_user) # Map the WSDL to the actual HPNA host. The WSDL file will point the services at localhost... this mapping repoints to the # real server with the services service = client.create_service('{http://hpe.com/nas/10/40}NetworkManagementApiBinding','https://na.system.local/soap') # Perform a user login and get a session id we can use for future requests # first we get the data class ready to fill userinfo = client.get_type('ns0:loginInputParms') logger.debug('loginInputParms empty parameters: %s', userinfo) # secondly we fill the data class with the required information user = userinfo(username = 'hpna', password = 'hpna') logger.debug('loginInputParms filled parameters: %s', user) # thirdly we call the service with the appropriate service name 'login' # service names are found in the WSDL 'Service: NetworkManagementApi' - line 706 onwards # notice we call via 'service' and not 'session' - 'service' contains the mapped WSDL session_id = service.login(user) logger.info('session_id: %s', session_id.Text) device_class = client.get_type ( '{http://hpe.com/nas/10/40}list_deviceInputParms' ) device = device_class ( sessionid = session_id.Text ) devices = service.list_device ( device ) #print(devices.ResultSet.Row) #exit(0) for router in devices.ResultSet.Row: logger.info('Found device ID : %s', router.deviceID) logger.info('with primary device IP : %s', router.primaryIPAddress) # print (router.primaryIPAddress) ######################################################################################### ######################################################################################### # ns0:list_diagnosticInputParms( sessionid: xsd:string, # diagnostic: xsd:string, # start: xsd:string, # end: xsd:string, # ip: xsd:string, # host: xsd:string, # fqdn: xsd:string, # deviceid: xsd:int # ) ######################################################################################### diagnostic_class = client.get_type ( '{http://hpe.com/nas/10/40}list_diagnosticInputParms' ) diagnostic = diagnostic_class ( sessionid = session_id.Text, diagnostic = 'xAuto - CPU', start = '2018-02-03', deviceid = 231 ) diagnostics = service.list_diagnostic ( diagnostic ) for diag in diagnostics.ResultSet.Row: # print (diag.deviceDataID) logger.info('Found diagnostics at ID %s',diag.deviceDataID) logger.info('Created %s',diag.createDate) # print (diag.blockType) logger.info('Found diagnostics type %s',diag.blockType) #print(diagnostics) #exit(0) ######################################################################################### logger.info('opening specific diagnostic') showdiagnostic_class = client.get_type ( '{http://hpe.com/nas/10/40}show_diagnosticInputParms' ) showdiagnostic = showdiagnostic_class ( sessionid = session_id.Text, id = 801 ) showdiagnostics = service.show_diagnostic ( showdiagnostic ) print(showdiagnostics.Text) |