200-901: Automating Networks Using Cisco PlatformsDemo

Question

Question Image

Refer to the exhibit. Drag the code options from the bottom to the boxes with missing code to add a subnet to each bridge domain in the Ten1 tenant. Not all options are used.

Drag & Drop

fvBD

fvTenant

ClassQuery

bdname

DnQuery

ClassName

commit

from cobra.model import fv
from cobra.mit.request import ClassQuery, DnQuery
import cobra.mit.access
import cobra.mit.session

tenname = "Ten1"
ls = cobra.mit.session.LoginSession(
    'https://10.100.1.200', "admin", "Lab123!3")

aci = cobra.mit.access.MoDirectory(ls)
aci.login()
c = cobra.mit.request.ConfigRequest()

qry1 =  (f'uni/tn-{tenname}')
fvTenant = aci.query(qry1)[0]

qry2 =  ("fvBD")
qry2.propFilter = f'and(wcard(fvBD.dn,"{fvTenant.dn}"))'
fvBDs = aci.query(qry2)

i=0
for fvBD in fvBDs:
    fvSubnet = cobra.model.fv.Subnet(  , ip=f'10.114.{i}.1/24')
    c.addMo(fvBD)
    aci.  (c)
    i+=

Explanation

DnQuery retrieves the tenant managed object by its DN, and ClassQuery("fvBD") obtains bridge-domain objects. An fv.Subnet is created as a child of each fvBD object. Adding the modified bridge domain to the configuration request and calling aci.commit(c) sends the changes to APIC.

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200-901: Automating Networks Using Cisco PlatformsDemo

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Notes

Readiness

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