def turtles_down(session, referer):
dnQuery = DnQuery(referer.dn)
dnQuery.queryTarget = 'children'
childMo = session.query(dnQuery)
for newMo in childMo:
print str(newMo.dn)
turtles_down(session, newMo)
def lookupByClass(self, classNames, parentDn=None, **kwargs):
"""Lookup MO's by class.
A short-form managed object (MO) query by class.
Args:
classNames (str or list): The class name list of class names.
If parentDn is set, the classNames are used as a filter in a
subtree query for the parentDn
parentDn (cobra.mit.naming.Dn or str, optional): The distinguished
name of the parent object as a :class:`cobra.mit.naming.Dn` or
string.
**kwargs: Arbitrary parameters to be passed to the query
generated internally, to further filter the result
Returns:
list: A list of the managed objects found in the query.
"""
if parentDn:
dnQuery = DnQuery(parentDn)
dnQuery.classFilter = classNames
dnQuery.queryTarget = 'subtree'
self.__setQueryParams(dnQuery, kwargs)
mos = self.query(dnQuery)
else:
classQuery = ClassQuery(classNames)
self.__setQueryParams(classQuery, kwargs)
mos = self.query(classQuery)
return mos
def get_faults(self, epg_dn):
class_query = DnQuery(epg_dn)
class_query.subtree = 'full'
class_query.subtreeInclude = 'faults'
epg_list = self.moDir.query(class_query)
fault_list = self.get_faults_from_tree(epg_list[0], [])
return fault_list
def test_DnQuery_options(self):
did = '1234567890'
expectedOptions = ''
dq = DnQuery('uni')
dq.id = did
expectedOptions += '_dc=' + did
assert dq.options == expectedOptions
def lookupByClass(self, classNames, parentDn=None, propFilter=None):
"""Lookup MO's by class
A short-form managed object (MO) query by class.
Args:
classNames (str or list): The class name list of class names.
If parentDn is set, the classNames are used as a filter in a
subtree query for the parentDn
parentDn (cobra.mit.naming.Dn or str): The distinguished
name of the parent object as a :class:`cobra.mit.naming.Dn` or
string.
propFilter (str): A property filter expression
Returns:
list: A list of the managed objects found in the query.
"""
if parentDn:
dnQuery = DnQuery(parentDn)
dnQuery.classFilter = classNames
dnQuery.queryTarget = 'subtree'
if propFilter:
dnQuery.propFilter = propFilter
mos = self.query(dnQuery)
else:
classQuery = ClassQuery(classNames)
if propFilter:
classQuery.propFilter = propFilter
mos = self.query(classQuery)
return mos
def get_faults(self, epg_dn):
class_query = DnQuery(epg_dn)
class_query.subtree = 'full'
class_query.subtreeInclude = 'faults'
epg_list = self.moDir.query(class_query)
fault_list = self.get_faults_from_tree(epg_list[0], [])
return fault_list
def test_DnQuery_options(self):
did = '1234567890'
expectedOptions = ''
dq = DnQuery('uni')
dq.id = did
expectedOptions += '_dc=' + did
assert dq.options == expectedOptions
def turtles_down(session, referer):
dnQuery = DnQuery(referer.dn)
dnQuery.queryTarget = 'children'
childMo = session.query(dnQuery)
for newMo in childMo:
print str(newMo.dn)
turtles_down(session, newMo)
def lookupByClass(self, classNames, parentDn=None, **kwargs):
"""Lookup MO's by class.
A short-form managed object (MO) query by class.
Args:
classNames (str or list): The class name list of class names.
If parentDn is set, the classNames are used as a filter in a
subtree query for the parentDn
parentDn (cobra.mit.naming.Dn or str, optional): The distinguished
name of the parent object as a :class:`cobra.mit.naming.Dn` or
string.
**kwargs: Arbitrary parameters to be passed to the query
generated internally, to further filter the result
Returns:
list: A list of the managed objects found in the query.
"""
if parentDn:
dnQuery = DnQuery(parentDn)
dnQuery.classFilter = classNames
dnQuery.queryTarget = 'subtree'
self.__setQueryParams(dnQuery, kwargs)
mos = self.query(dnQuery)
else:
classQuery = ClassQuery(classNames)
self.__setQueryParams(classQuery, kwargs)
mos = self.query(classQuery)
return mos
def add_servicegraph():
apicURL = os.getenv("CliqrCloud_AciApicEndpoint")
apicUser = os.getenv("CliqrCloud_AciUsername")
apicPwd = os.getenv("CliqrCloud_AciPassword")
apicTenant = os.getenv("CliqrCloud_AciTenantName")
apicServiceGraphTemplate = os.getenv("Cloud_Setting_serviceGraphTemplate")
# Handle cases where APIC URL is configured without ssl (typically, in a lab).
if apicURL.startswith("https"):
loginSession = LoginSession(apicURL, apicUser, apicPwd)
else:
loginSession = LoginSession(apicURL, apicUser, apicPwd,secure=False)
# CliqrTier_CentOS_1_Cloud_Setting_AciPortGroup_2
tmpString = "CliqrTier_" + os.getenv("CliqrDependencies") + "_Cloud_Setting_AciPortGroup_2"
appProfileName = os.getenv(tmpString).split("|")[1]
qTenant = "tn-" + apicTenant
qString = "uni/" + qTenant + "/ap-" + appProfileName
dnQuery = DnQuery(qString)
dnQuery.queryTarget = 'subtree'
dnQuery.classFilter = 'fvRsProv'
dnQuery.subtree = 'children'
#dnQuery.subtreePropFilter='eq(fvRsCons.tCl,"vzBrCP")'
# Obtain Session from APIC.
moDir = MoDirectory(loginSession)
moDir.login()
# Query to obtain data from Managed Object Directory.
dmo = moDir.query(dnQuery)
print str(dmo[0].tDn) # Debug String. Remove from running env.
logging.debug(" Contract String Obtained :" + dmo[0].tDn)
# Service Graph - Query String
qStringAbsG = "uni/" + qTenant + "/AbsGraph-" + apicServiceGraphTemplate
graphMO = moDir.lookupByDn(qStringAbsG)
# Subject Query String
qStringSubj = dmo[0].tDn + "/subj-cliqr-subject"
subjMO = moDir.lookupByDn(qStringSubj)
# Attach Graph to Contract.
RsSubjGraphAtt(subjMO, tnVnsAbsGraphName=graphMO.name)
# Create Commit Object.
nsCfg = ConfigRequest()
nsCfg.addMo(subjMO)
moDir.commit(nsCfg)
contractString = dmo[0].tDn
tmpArr = contractString.split("/")
apicContractName = tmpArr[len(tmpArr)-1].replace("brc-","")
aviApicContractArg = apicContractName + ":" + apicServiceGraphTemplate
aviApicEpgName = appProfileName + ":" + os.getenv(tmpString).split("|")[2]
params = {}
with open('params.json', 'r') as p:
params = json.loads(p.read())
params['apic_contract_graph'] = aviApicContractArg
params['apic_epg_name'] = aviApicEpgName
logging.debug(" Dump Params :: " + json.dumps(params))
with open('params.json', 'w') as f:
json.dump(params, f)
def test_DnQuery_getUrl(self, sessionUrl, dc, requestType):
session = LoginSession(sessionUrl, 'admin', 'password',
requestFormat=requestType)
dn = 'uni'
dq = DnQuery('uni')
expected = sessionUrl + '/api/mo/' + dn + '.' + requestType
dq.id = dc
expected += '?_dc=' + dc
assert dq.getUrl(session) == expected
def test_DnQuery_getUrl(self, sessionUrl, dc, requestType):
session = LoginSession(sessionUrl, 'admin', 'password',
requestFormat=requestType)
dn = 'uni'
dq = DnQuery('uni')
expected = sessionUrl + '/api/mo/' + dn + '.' + requestType
dq.id = dc
expected += '?_dc=' + dc
assert dq.getUrl(session) == expected
def get_full_tenant(self,tenant_name):
dnQ = DnQuery('uni/tn-{}'.format(tenant_name))
dnQ.subtree = 'full'
tenant = self.mo_dir.query(dnQ)
if tenant:
return tenant[0]
return None
def query_child_objects(self, dn_query_name):
"""
Retrieve the object using the dn and return all the children under it
:param dn_query_name: dn of the management object
:return:
"""
dn_query = DnQuery(dn_query_name)
dn_query.queryTarget = QUERY_TARGET_CHILDREN
child_mos = self.moDir.query(dn_query)
return child_mos
def check_backup_status(md, name):
sleep(1)
dq = DnQuery('uni/backupst/jobs-[uni/fabric/configimp-{}]'.format(name))
backup_job = md.query(dq)
last_runtime = backup_job[0].lastJobName
run_dn = 'uni/backupst/jobs-[uni/fabric/configimp-{}]/run-{}'.format(
name, last_runtime)
dq = DnQuery(run_dn)
last_run = md.query(dq)
print 'Backup status: {}'.format(last_run[0].details)
def query_child_objects(self, dn_query_name):
"""
Retrieve the object using the dn and return all the children under it
:param dn_query_name: dn of the management object
:return:
"""
dn_query = DnQuery(dn_query_name)
dn_query.queryTarget = QUERY_TARGET_CHILDREN
child_mos = self.moDir.query(dn_query)
return child_mos
def findTenantVrfContexts(tenant, apicMoDir):
logging.debug('Inside findTenantVrfContexts function')
tenantDn = formTenantDn(tenant)
dnQuery = DnQuery(tenantDn)
dnQuery.subtree = 'children'
tenantMo = apicMoDir.query(dnQuery)
if len(tenantMo) > 0:
# We expect only 1 tenant with that name
return tenantMo[0].ctx
else:
return []
def get_ports_in_group(moDir, uri):
'''
:param moDir: login session
:param uri: dn of the policy group
:return: list of ports configured for a policy group
'''
ports = []
dnq = DnQuery(uri)
dnq.queryTarget = 'children'
dnq.classFilter = 'infraRtAccBaseGrp'
ports = moDir.query(dnq)
return ports
def main(host, username, password, tenant):
apic = "https://%s" % host
print("Connecting to APIC : %s" % apic)
moDir = MoDirectory(LoginSession(apic, username, password))
moDir.login()
dn_name = "uni/tn-" + tenant
print(dn_name)
dnq = DnQuery(dn_name)
dnq.subtree = 'children'
tenantMO = moDir.query(dnq)
for bdMO in tenantMO.BD:
print("BD NAME => {", bdMO.name, "}")
def main(host, username, password, tenant):
apic = "https://%s" % host
print("Connecting to APIC : %s" % apic)
moDir = MoDirectory(LoginSession(apic, username, password))
moDir.login()
dn_name = "uni/tn-" + tenant
print(dn_name)
dnq = DnQuery(dn_name)
dnq.subtree = 'children'
tenantMO = moDir.query(dnq)
for bdMO in tenantMO.BD:
print("BD NAME => {", bdMO.name, "}")
def get_domain_aep(moDir, Aep):
'''
:param moDir: login session
:param Aep: attachable entity profile name
:return: list of domains in the AEP
'''
uri = 'uni/infra/attentp-{0}/dompcont'
dnq = DnQuery(uri.format(Aep))
dnq.queryTarget = 'children'
dnq.classFilter = 'infraAssocDomP'
assocDomP = moDir.query(dnq)
dompDns = [each.dompDn for each in assocDomP if each]
return dompDns
def get_vlan_pool(moDir, domain_dn):
'''
:param moDir: login session
:param domain_dn: dn of the domain
:return: dn of a vlan pool
'''
dnq = DnQuery(domain_dn)
dnq.queryTarget = 'children'
dnq.classFilter = 'infraRsVlanNs'
vlanNs = moDir.query(dnq)
#there will only be one pool in the domain
pool = vlanNs[0].tDn
return pool
def get_nodeid(moDir, leafProfile):
"""
:param moDir: login session
:param leafProfile: leaf Profile name
:return node ids a switch. assumes one LeafS in leaf Profile, maximum of 2 nodes in a block. '0' if not configured
"""
uri = 'uni/infra/nprof-{0}'
dnq = DnQuery(uri.format(leafProfile))
dnq.queryTarget = 'children'
dnq.classFilter = 'infraLeafS'
leafs = moDir.query(dnq)
dnq2 = DnQuery(leafs[0].dn)
dnq2.queryTarget = 'children'
nodeBlk = moDir.query(dnq2)
dnq2.classFilter = 'infraNodeBlk'
nodeBlk = moDir.query(dnq2)
if len(nodeBlk) == 2:
if int(nodeBlk[0].from_) < int(nodeBlk[1].from_):
return nodeBlk[0].from_ + '-' + nodeBlk[1].from_
else:
return nodeBlk[1].from_ + '-' + nodeBlk[0].from_
elif len(nodeBlk) == 1:
return nodeBlk[0].from_
else:
return "0"
def get_fexports(moDir, fexProfile):
'''
:param moDir: login session
:param fexProfile: FEX Profile name
:return: list of all configured ports
'''
configured = []
uri = 'uni/infra/fexprof-{0}'
dnq = DnQuery(uri.format(fexProfile))
dnq.queryTarget = 'children'
dnq.classFilter = 'infraHPortS'
ports = moDir.query(dnq)
names = [each.name for each in ports if each]
for name in names:
uri2 = 'uni/infra/fexprof-{0}/hports-{1}-typ-range'
dnq2 = DnQuery(uri2.format(fexProfile, name))
dnq2.queryTarget = 'children'
dnq2.classFilter = 'infraPortBlk'
blocks = moDir.query(dnq2)
for block in blocks:
ints = []
startingPort = block.fromPort
card = block.fromCard
ints.append(card + '/' + startingPort)
s = int(startingPort)
while s != int(block.toPort):
s += 1
ints.append(card + '/' + str(s))
configured.append({'name': name, 'ports': ints})
return configured
def get_epg_dom(moDir, uri, Aepg):
"""
:param moDir: login session
:param uri: dn of EPG
:param Aepg: name of EPG
:return list of domains for an EPG
"""
domains = []
dnq = DnQuery(uri + Aepg)
dnq.queryTarget = 'children'
dnq.classFilter = 'fvRsDomAtt'
rsDomAtt = moDir.query(dnq)
# "uni/phys-LEGACY", "uni/vmmp-VMware/dom-AVS-01"
domains = [each.tDn for each in rsDomAtt if each]
return domains
def get_policy_group_aep(moDir, policyGroup, type):
"""
:param moDir: login session
:param policyGroup: name of policy group
:param type: type of policy. accbundle or accportgrp
:return AEP for a policy group
"""
uri = 'uni/infra/funcprof/{0}{1}'
dnq = DnQuery(uri.format(type, policyGroup))
dnq.queryTarget = 'children'
dnq.classFilter = 'infraRsAttEntP'
rsAttEntP = moDir.query(dnq)
try:
aep = str(rsAttEntP[0].tDn).split('attentp-')[1]
except IndexError:
aep = '0'
return aep
def get_vlans(moDir, pool_dn):
'''
:param moDir: login session
:param pool_dn: dn of a vlan pool
:return: list of vlans
'''
vlans = []
dnq = DnQuery(pool_dn)
dnq.queryTarget = 'children'
dnq.classFilter = 'fvnsEncapBlk'
encapBlk = moDir.query(dnq)
for ranges in encapBlk:
# cannot access from keyword, so access as dictionary
startingVlan = ranges.__dict__['from'].split('-')[1]
vlans.append('vlan-' + startingVlan)
s = int(startingVlan)
while s != int(ranges.to.split('-')[1]):
s += 1
vlans.append('vlan-' + str(s))
return vlans
def get_fexport_policy_group(moDir, fexProfile, port_name):
'''
:param moDir: login session
:param fexProfile: profile name of the FEX
:param port_name: name of the port
:return: policy group for the configured port. '0' if not configured
'''
uri = 'uni/infra/fexprof-{0}/hports-{1}-typ-range'
dnq = DnQuery(uri.format(fexProfile, port_name))
dnq.queryTarget = 'children'
dnq.classFilter = 'infraRsAccBaseGrp'
rsAccBaseGrp = moDir.query(dnq)
try:
if rsAccBaseGrp[0].tCl == 'infraAccBndlGrp':
policy_group = str(rsAccBaseGrp[0].tDn).split('accbundle-')[1]
elif rsAccBaseGrp[0].tCl == 'infraAccPortGrp':
policy_group = str(rsAccBaseGrp[0].tDn).split('accportgrp-')[1]
except IndexError:
policy_group = '0'
return policy_group
def lookupByClass(self, classNames, parentDn=None, **queryParams):
"""
A short-form managed object (MO) query by class.
Args:
classNames: Name of the class to lookup
parentDn: dn of the root object were to start search from (optional)
queryParams: a dictionary including the properties to the
added to the query.
"""
if parentDn:
dnQuery = DnQuery(parentDn)
dnQuery.classFilter = classNames
dnQuery.queryTarget = 'subtree'
self.__setQueryParams(dnQuery, queryParams)
mos = self.query(dnQuery)
else:
classQuery = ClassQuery(classNames)
self.__setQueryParams(classQuery, queryParams)
mos = self.query(classQuery)
return mos
def lookupByClass(self, classNames, parentDn=None, **queryParams):
"""
A short-form managed object (MO) query by class.
Args:
classNames: Name of the class to lookup
parentDn: dn of the root object were to start search from (optional)
queryParams: a dictionary including the properties to the
added to the query.
"""
if parentDn:
dnQuery = DnQuery(parentDn)
dnQuery.classFilter = classNames
dnQuery.queryTarget = 'subtree'
self.__setQueryParams(dnQuery, queryParams)
mos = self.query(dnQuery)
else:
classQuery = ClassQuery(classNames)
self.__setQueryParams(classQuery, queryParams)
mos = self.query(classQuery)
return mos
def lookupByDn(self, dnStrOrDn, **queryParams):
"""
A short-form managed object (MO) query using the distinguished name(Dn)
of the MO.
Args:
dnStrOrDn: dn of the object to lookup
queryParams: a dictionary including the properties to the
added to the query.
"""
dnQuery = DnQuery(dnStrOrDn)
self.__setQueryParams(dnQuery, queryParams)
mos = self.query(dnQuery)
return mos[0] if mos else None
def test_get_tn(self, apics, certobject, userobject):
apic = apics[0]
secure = False if apics[1] == 'False' else True
userobject.pkey = certobject.readFile(
fileName=certobject.pkeyfile)
session = CertSession(apic, userobject.certDn, userobject.pkey,
secure=secure, requestFormat='xml')
moDir = MoDirectory(session)
dnQuery = DnQuery('uni/tn-common')
#dnQuery.subtree = "full"
tq = moDir.query(dnQuery)
assert len(tq) == 1
tq = tq[0]
assert str(tq.parentDn) == 'uni'
assert str(tq.dn) == 'uni/tn-common'
def lookupByDn(self, dnStrOrDn):
"""Query the APIC or fabric node by distinguished name (Dn)
A short-form managed object (MO) query using the Dn of the MO
of the MO.
Args:
dnStrOrDn (str or cobra.mit.naming.Dn): A distinguished name as a
:class:`cobra.mit.naming.Dn` or string
Returns:
None or cobra.mit.mo.Mo: None if no MO was returned otherwise
:class:`cobra.mit.mo.Mo`
"""
dnQuery = DnQuery(dnStrOrDn)
mos = self.query(dnQuery)
return mos[0] if mos else None
def check_if_switchport_configured(moDir, switchProfile, range):
'''
:param moDir: login session
:param switchProfile: switch Profile name
:param range: switch port range to check
:return: True if configured
'''
configured = []
proposed = []
card, fromPort, toPort = input_ports(range)
proposed.append(card + '/' + fromPort)
fromP = int(fromPort)
toP = int(toPort)
while (fromP != toP):
fromP += 1
proposed.append(card + '/' + str(fromP))
uri = 'uni/infra/accportprof-{0}_ifselector'
dnq = DnQuery(uri.format(switchProfile))
dnq.queryTarget = 'children'
dnq.classFilter = 'infraHPortS'
ports = moDir.query(dnq)
names = [each.name for each in ports if each]
for name in names:
uri2 = 'uni/infra/accportprof-{0}_ifselector/hports-{1}-typ-range'
dnq2 = DnQuery(uri2.format(switchProfile, name))
dnq2.queryTarget = 'children'
dnq2.classFilter = 'infraPortBlk'
blocks = moDir.query(dnq2)
for block in blocks:
startingPort = block.fromPort
card = block.fromCard
configured.append(card + '/' + startingPort)
s = int(startingPort)
while s != int(block.toPort):
s += 1
configured.append(card + '/' + str(s))
for p in proposed:
if p in configured:
return True
return False
def lookupByDn(self, dnStrOrDn, **kwargs):
"""Query the APIC or fabric node by distinguished name (Dn).
A short-form managed object (MO) query using the Dn of the MO
of the MO.
Args:
dnStrOrDn (str or cobra.mit.naming.Dn): A distinguished name as a
:class:`cobra.mit.naming.Dn` or string
**kwargs: Arbitrary parameters to be passed to the query
generated internally, to further filter the result
Returns:
None or cobra.mit.mo.Mo: None if no MO was returned otherwise
:class:`cobra.mit.mo.Mo`
"""
dnQuery = DnQuery(dnStrOrDn)
self.__setQueryParams(dnQuery, kwargs)
mos = self.query(dnQuery)
return mos[0] if mos else None
def get_full_aci_config(apic, user, password, outfile):
try:
url = "https://" + apic
ls = cobra.mit.session.LoginSession(url, "apic:ACS\\" + user, password, secure=False, timeout=30)
md = cobra.mit.access.MoDirectory(ls)
md.login()
#Get tenant config
cq = ClassQuery('fvTenant')
cq.subtree = 'full'
cq.propInclude= 'config-only'
tenant_config = md.query(cq)
#Infra config
dq = DnQuery('uni/infra')
dq.subtree = 'full'
dq.propInclude = 'config-only'
infra_config = md.query(dq)
#Fabric config
dq = DnQuery('uni/fabric')
dq.subtree = 'full'
dq.propInclude = 'config-only'
fabric_config = md.query(dq)
file = open(outfile, 'w+')
file.write("# " + apic + " #")
file.write("\n###########" + '\n')
file.write("# TENANTS ")
file.write("\n###########" + '\n')
for tenant in tenant_config:
file.write(toJSONStr(tenant, prettyPrint=True))
file.write("\n###########" + '\n')
file.write("# Infra ")
file.write("\n###########" + '\n')
for infra in infra_config:
file.write(toJSONStr(infra, prettyPrint=True))
file.write("\n###########" + '\n')
file.write("# Fabric ")
file.write("\n###########" + '\n')
for fabric in fabric_config:
file.write(toJSONStr(fabric, prettyPrint=True))
file.close()
except:
print "Error in get_full_aci_config() for %s: %s" % (apic, sys.exc_info()[0])
# Making a new epg and calling it "vmepg"
application_profile = moDir.lookupByDn("uni/tn-{0}/ap-{1}".format(tenant, ap))
new_epg = AEPg(application_profile, "vmepg")
# Committing the changes
config_request = ConfigRequest()
config_request.addMo(new_epg)
moDir.commit(config_request)
# Enter epg to use as template for vmepg
epg_template= "default"
dnQuery = DnQuery('uni/tn-{0}/ap-{1}/epg-{2}'.format(tenant, ap, epg_template))
dnQuery.subtree = 'children'
epgMO = moDir.query(dnQuery)
# Traversing every property within epg_template and copying it to vmepg
for epg in epgMO:
for epgChild in epg.children:
for name, obj in inspect.getmembers(sys.modules[__name__]):
if inspect.isclass(obj):
copy_of_property = str(epgChild.rn)
if (copy_of_property.lower().startswith(obj.__name__.lower())):
exec("object_made = " + obj.__name__ + "(epg, \"" + copy_of_property + "\")")
config_request.addMo(object_made)
moDir.commit(config_request)
from cobra.mit.session import LoginSession
from cobra.mit.access import MoDirectory
from cobra.mit.request import DnQuery
urllib3.disable_warnings() #Disable HTTPS warnings
apic_url = ''
apic_user = ''
apic_password = ''
loginSession = LoginSession(apic_url, apic_user, apic_password) #Setup Login credentials
md = MoDirectory(loginSession)
md.login()
dq1 = DnQuery('uni/<INSERT TENANT NAME>/<<INSERT AP PROFILE NAME>') #Query the Tenant
dq1.queryTarget='children' #request all children from Tenant
Bridge_Domains = md.query(dq1) #Get list of Bridge Domains (VLANs)
IFPG_List=[]
temp='temp'
ifpg_check = re.compile("") #create regex for your own naming convention of IFPGs to filter children of AP profile
for bd in Bridge_Domains:
dq2 = DnQuery('uni/<INSERT TENANT NAME>/<<INSERT AP PROFILE NAME>/epg-'+bd.name) #create query for each BD found with previous query
dq2.queryTarget='children' #target children (static ports)
dq2.subtreeClassFilter='fvRsPathAtt'
StaticPorts = md.query(dq2) #Get Result
for epg in StaticPorts:
if re.findall(ifpg_check, str(epg.dn)): #Check if entry if InterFace Policy Group
temp = re.findall(ifpg_check, str(epg.dn)) #Save IFPG if entry checks out
if len(IFPG_List)==0:
def get_children(session, referer):
dnQuery = DnQuery(referer.dn)
dnQuery.queryTarget = 'children'
childMo = session.query(dnQuery)
return childMo
def test_DnQuery_init(self):
assert isinstance(DnQuery('uni/tn-common'), DnQuery)
def test_DnQuery_dnStr(self):
dn = 'uni'
dq = DnQuery(dn)
assert dq.dnStr == dn
