def loginNode():
print('=> Initializing connection to nexus device ...')
nxswUrl = 'https://%s' % (host)
nxsw = Node(nxswUrl)
nxsw.methods.Login(username, password).POST()
mit = nxsw.mit
return nxsw, mit
def testDistributeConfig():
n = Node('')
mit = n.mit
mit.polUni().fvTenant('cisco')
mit.polUni().fvTenant('insieme')
mits = distributeConfig(mit)
mits.should.have.length_of(2)
mits[0].ReadOnlyTree = True
mits[0].polUni().fvTenant('cisco').name.should.equal('cisco')
mits[1].ReadOnlyTree = True
mits[1].polUni().fvTenant('insieme').name.should.equal('insieme')
def testReadOnlyTree():
n = Node('')
tree = n.mit
#pylint: disable=pointless-statement
tree.ReadOnlyTree.should.be.false
with readOnlyTree(tree) as r:
#pylint: disable=pointless-statement
tree.ReadOnlyTree.should.be.true
#pylint: disable=pointless-statement
r.ReadOnlyTree.should.be.true
#pylint: disable=pointless-statement
tree.ReadOnlyTree.should.be.false
def testMergeRoot():
n = Node('')
t1 = n.mit
t1.polUni().fvTenant('cisco')
t2 = n.mit
t2.polUni().fvTenant('insieme')
mit = n.mit
mergeRoot(mit, t1)
mergeRoot(mit, t2)
mit.ReadOnlyTree = True
mit.polUni().fvTenant('cisco').name.should.equal('cisco')
mit.polUni().fvTenant('insieme').name.should.equal('insieme')
def main(host, user, password, **kwargs):
print('Initializing connection to nexus device ...')
nxswUrl = 'http://%s' % (host)
nxsw = Node(nxswUrl)
nxsw.methods.Login(user, password, autoRefresh=True).POST()
print('Listening for Events ...')
nxsw.startWsListener()
_, subscriptionId = nxsw.methods.ResolveClass('rtctrlL2Evpn').GET(
**options.subscribe & options.subtree)
while (True):
nxsw.waitForWsMo(subscriptionId, timeout=5)
if nxsw.hasWsMo(subscriptionId):
print(nxsw.popWsMo(subscriptionId).Xml)
print('logging out')
nxsw.methods.Logout(user)
import requests
from getpass import getpass
from pydme import Node, options
# Optionally, insert switch credentials here
#host = '192.168.1.10'
#username = '******'
#password = '******'
host = input("Switch IP: ")
username = input("Username: "******"Password: ")
host_url = 'https://' + host
my_switch = Node(host_url)
result = my_switch.methods.Login(username, password).POST()
#if result.status_code != requests.codes.ok:
#break()
mit = my_switch.mit
lldp_neighbors = mit.GET(**options.subtreeClass('lldpAdjEp'))
for lldp_neighbor in lldp_neighbors:
dn = lldp_neighbor.Dn
lldp_if = dn[dn.find('[') + len('['):dn.rfind(']')]
sysDesc = lldp_neighbor.sysDesc
if 'eth' in lldp_if:
if 'Linux' in sysDesc:
print('We will set ' + lldp_if + ' ' + sysDesc)
mit = my_switch.mit
if_status = mit.topSystem().interfaceEntity().l1PhysIf(lldp_if)