import demowlcutils from demowlcutils import ppxml, WLC_login from pprint import pprint as pp wlc = WLC_login() ### just let the user play around with the wlc object ### from the python interpreter wlc.logfile = open(r'/var/tmp/' + wlc.hostname + '.txt', "w+")
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
import jinja2
from lxml import etree
from lxml.builder import E
wlc = WLC_login()
def show_ap( wlc, *vargs, **kvargs ):
rsp = wlc.rpc.get_stat_ap_radio_status()
ap_list = rsp.findall('.//DAP')
data = {}
for ap in ap_list:
data[ap.get('apnum')] = {}
data[ap.get('apnum')].update(ap.attrib)
return data
def boot_ap( wlc, *vargs, **kvargs ):
# XXX - add a filter for booting AP by name or serial
rpc = wlc.RpcMaker('act')
rpc.data = E('BOOT', E('BOOT-DAP', E('DAP-REF')))
if 'apnum' in kvargs:
dapref = rpc.data.find('.//DAP-REF')
import demowlcutils from demowlcutils import ppxml, WLC_login from pprint import pprint as pp wlc = WLC_login() # just display the dict of the values si = wlc.ez.facts() print "System Name: %s" % si['name'] print "System IP Address: %s" % si['ip-addr'] print "System MAC: %s" % si['macaddress'] print "System Serial Number: %s" % si['serialnumber'] print "S/W Version: %s" % si['booted-version'] print "H/W Model: %s" % si['model'] print "H/W Version: %s" % si['platform'] #print "DUMPNIG ALL DATA": #pp(si)
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
import jinja2
from lxml import etree
wlc = WLC_login()
def show_vlans( wlc, *vargs, **kvargs ):
if 'name' in kvargs:
vlan_xml = wlc.rpc.get_vlan( name = kvargs['name'])
else:
vlan_xml = wlc.rpc.get_vlan()
return [ dict(vlan.attrib) for vlan in vlan_xml.xpath('VLAN')]
##### -------------------------------------------------------------------------
##### MAIN BLOCK
##### -------------------------------------------------------------------------
j2_ldr = jinja2.FileSystemLoader( searchpath='.' )
j2_env = jinja2.Environment( loader=j2_ldr )
def j2_to_xml( filename, env_vars ):
"""
render jinja2 template into XML
"""
# build the j2 template
template = j2_env.get_template( filename )
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
wlc = WLC_login()
##### -------------------------------------------------------------------------
#### add the 'system_services' as an "ez" helper function
##### -------------------------------------------------------------------------
def system_services( wlc, *vargs, **kvargs ):
"""
create a single dictionary containing information
about system services: sshd, httpd, tftpd, and telnetd.
for each of these services we will run the associated
GET command, and extract the XML attributes into the
single/returned dictionary
"""
run_list = {
'sshd': wlc.rpc.get_sshd,
'httpd': wlc.rpc.get_httpd,
'tftpd': wlc.rpc.get_tftpd,
'telnetd': wlc.rpc.get_telnetd
}
ret_data = {} # empty dictionary
for svc, rpc in run_list.items():
rsp = rpc() # execute the RPC
import demowlcutils from demowlcutils import ppxml, WLC_login from pprint import pprint as pp from lxml.builder import E from jnpr.wlc import WirelessLanController as WLC from client_helper import find_client, clear_client, get_clients wlc = WLC_login() # add client routines to the WLC "ez" section. # XXX - this seems wrong? shouldn't this get loaded automatically? wlc.ez( helper=find_client) wlc.ez( helper=clear_client) wlc.ez( helper=get_clients) # mac address for testing, should be a current session #mac = '10:40:f3:e6:fc:26' #mac = '88:53:95:2a:d4:37' mac = 'bc:67:78:08:25:bb' ##### ------------------------------------------------------------------------- #### run the find client routine, searching for active sessions by mac, ip #### and name. This command does not have an equivalent CLI command. ##### ------------------------------------------------------------------------- # call the service by mac print "Finding user session by mac..." client = wlc.ez.find_client( macaddress = mac )
import demowlcutils
from demowlcutils import ppxml, WLC_login
wlc = WLC_login()
# -----------------------------------------------------------------------------
vlan_vars = {'name': 'Jeremy', 'number': '100'}
# use a template and render the vars immediately:
rpc = wlc.RpcMaker('SET', Template='vlan_create', TemplateVars=vlan_vars)
# alternatively you can invoke the render method if you don't provide
# TemplateVars in the constructor, for example:
# >>>
# vlan_vars['number'] = '200'
# rpc.render( vlan_vars )
print "Creating VLAN %s ..." % vlan_vars['name']
# execute the RPC and return the result
rsp = rpc()
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
from lxml.builder import E
from lxml import etree
from jinja2 import Template
wlc = WLC_login()
rpc = wlc.RpcMaker('set')
# for this example we'll set an example site location of 'SVL' for all converted APs and
# assume that we are putting all site radios into the 'default' radio profile
site = 'SVL'
radioprofile = 'default'
# create a jinja2 template for a new AP
dap_j2 = Template(u"""
<DAP apnum="{{ apnum }}" fingerprint="{{ fp }}" model="{{ model }}" name="{{ name }}"
port="{{ port }}" serial-id="{{ serial }}" type="NG">
<AP-BOOTCONFIG boot-image=""/>
<AP-RADIO-TABLE>
<AP-RADIO antenna-mode="DUAL-BAND-3SS" antennatype="INTERNAL" auto-config="YES"
channel="6" designation="INDOOR" enable="YES" external-antennas="0"
force-rebalance="NO" load-balance-enable="YES" load-balance-group=""
max-tuned-power="default" min-tx-rate="" slot="1" tx-power="21" type="NG">
<RADIO-PROFILE-REF name="{{ radio1profile }}"/>
</AP-RADIO>
<AP-RADIO antenna-mode="DUAL-BAND-3SS" antennatype="INTERNAL" auto-config="YES"
channel="36" designation="INDOOR" enable="YES" external-antennas="0"
force-rebalance="NO" load-balance-enable="YES" load-balance-group=""
max-tuned-power="default" min-tx-rate="" slot="2" tx-power="11" type="NA">
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
wlc = WLC_login()
##### -------------------------------------------------------------------------
#### add the 'system_services' as an "ez" helper function
##### -------------------------------------------------------------------------
def system_services(wlc, *vargs, **kvargs):
"""
create a single dictionary containing information
about system services: sshd, httpd, tftpd, and telnetd.
for each of these services we will run the associated
GET command, and extract the XML attributes into the
single/returned dictionary
"""
run_list = {
'sshd': wlc.rpc.get_sshd,
'httpd': wlc.rpc.get_httpd,
'tftpd': wlc.rpc.get_tftpd,
'telnetd': wlc.rpc.get_telnetd
}
ret_data = {} # empty dictionary
for svc, rpc in run_list.items():
rsp = rpc() # execute the RPC
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
wlc = WLC_login()
# setup an RPC to edit the DAP-TABLE. We set the :data: attribute rather than the
# :target: attribute in this case as we are going to be making appends
# (child elements) to :data. Using *new* feature that checks the type of
# the :data: on setattr. If it's a string, then the RpcMaker will create the
# XML element; thus you don't need to import lxml.buildier anymore
rpc = wlc.RpcMaker('set')
rpc.data = 'DAP-TABLE'
# retrieve the DAP template
dap_template = wlc.Template('dap')
# assume that we are putting all site radios into the 'default' radio profile
radioprofile = 'default'
# create a list of AP data dictionaries; we're going to feed these through the
# template and append into the RPC.
ap_data = [
dict(
radio1profile=radioprofile,
radio2profile=radioprofile,
serial='SN12345',
import demowlcutils from demowlcutils import ppxml, WLC_login from pprint import pprint as pp wlc = WLC_login() ### just let the user play around with the wlc object ### from the python interpreter wlc.logfile = open(r'/var/tmp/'+wlc.hostname+'.txt', "w+")
import demowlcutils from demowlcutils import ppxml, WLC_login from pprint import pprint as pp from lxml.builder import E from jnpr.wlc import WirelessLanController as WLC from client_helper import find_client, clear_client, get_clients wlc = WLC_login() # add client routines to the WLC "ez" section. # XXX - this seems wrong? shouldn't this get loaded automatically? wlc.ez(helper=find_client) wlc.ez(helper=clear_client) wlc.ez(helper=get_clients) # mac address for testing, should be a current session #mac = '10:40:f3:e6:fc:26' #mac = '88:53:95:2a:d4:37' mac = 'bc:67:78:08:25:bb' ##### ------------------------------------------------------------------------- #### run the find client routine, searching for active sessions by mac, ip #### and name. This command does not have an equivalent CLI command. ##### ------------------------------------------------------------------------- # call the service by mac print "Finding user session by mac..." client = wlc.ez.find_client(macaddress=mac) # show the info: pp(client)
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
wlc = WLC_login()
vlan_vars = dict(number=100, ports=[dict(port=2, tag=50), dict(port=3)])
rpc = wlc.RpcMaker('set', Template='vlan_set_ports', TemplateVars=vlan_vars)
print "Settting ports on VLAN ..."
# rsp = rpc()
import demowlcutils
from demowlcutils import ppxml, WLC_login
from pprint import pprint as pp
import jinja2
from lxml import etree
from lxml.builder import E
wlc = WLC_login()
def show_ap(wlc, *vargs, **kvargs):
rsp = wlc.rpc.get_stat_ap_radio_status()
ap_list = rsp.findall('.//DAP')
data = {}
for ap in ap_list:
data[ap.get('apnum')] = {}
data[ap.get('apnum')].update(ap.attrib)
return data
def boot_ap(wlc, *vargs, **kvargs):
# XXX - add a filter for booting AP by name or serial
rpc = wlc.RpcMaker('act')
rpc.data = E('BOOT', E('BOOT-DAP', E('DAP-REF')))
if 'apnum' in kvargs:
dapref = rpc.data.find('.//DAP-REF')
dapref.set('dap-id', kvargs['apnum'])
