def convert_dn_to_cobra(dn):
# Taken from https://gist.github.com/mtimm/7c238d1c682a684867fd
from cobra.mit.naming import Dn
cobra_dn = Dn.fromString(dn)
parentMoOrDn = "''"
dn_dict = OrderedDict()
for rn in cobra_dn.rns:
rn_str = str(rn)
dn_dict[rn_str] = {}
dn_dict[rn_str]['namingVals'] = tuple(rn.namingVals)
dn_dict[rn_str]['moClassName'] = rn.meta.moClassName
dn_dict[rn_str]['className'] = rn.meta.className
dn_dict[rn_str]['parentMoOrDn'] = parentMoOrDn
parentMoOrDn = rn.meta.moClassName
code = []
dn_dict.popitem()
for arn in dn_dict.items():
if len(arn[1]['namingVals']) > 0:
nvals_str = ", '" + ", ".join(map(str, arn[1]['namingVals'])) + "'"
else:
nvals_str = ""
code.append("{0} = {1}({2}{3})".format(arn[1]['moClassName'],
arn[1]['className'],
arn[1]['parentMoOrDn'],
nvals_str))
return arn[1]['moClassName'], '\n'.join(code)
def convert_dn_to_cobra(dn):
# Taken from https://gist.github.com/mtimm/7c238d1c682a684867fd
from cobra.mit.naming import Dn
imports = []
cobra_dn = Dn.fromString(dn)
parentMoOrDn = "''"
dn_dict = OrderedDict()
for rn in cobra_dn.rns:
rn_str = str(rn)
dn_dict[rn_str] = {}
dn_dict[rn_str]['namingVals'] = tuple(rn.namingVals)
dn_dict[rn_str]['moClassName'] = rn.meta.moClassName
dn_dict[rn_str]['className'] = rn.meta.className
dn_dict[rn_str]['parentMoOrDn'] = parentMoOrDn
parentMoOrDn = rn.meta.moClassName
code = []
dn_dict.popitem()
for arn in dn_dict.items():
if len(arn[1]['namingVals']) > 0:
nvals_str = ", " + ", ".join(
map(lambda x: "'{0}'".format(str(x)), arn[1]['namingVals']))
else:
nvals_str = ""
code.append("{0} = {1}({2}{3})".format(arn[1]['moClassName'],
arn[1]['className'],
arn[1]['parentMoOrDn'],
nvals_str))
package = '.'.join(arn[1]['className'].split('.')[0:-1])
imports.append(package)
return arn[1]['moClassName'], imports, '\n'.join(code)
def convert_dn_to_cobra(dn_str):
"""Convert an ACI distinguished name to ACI Python SDK (cobra) code."""
cobra_dn = Dn.fromString(dn_str)
parent_mo_or_dn = "''"
dn_dict = OrderedDict()
for rname in cobra_dn.rns:
rn_str = str(rname)
dn_dict[rn_str] = {}
dn_dict[rn_str]['namingVals'] = tuple(rname.namingVals)
dn_dict[rn_str]['moClassName'] = rname.meta.moClassName
dn_dict[rn_str]['className'] = rname.meta.className
dn_dict[rn_str]['parentMoOrDn'] = parent_mo_or_dn
parent_mo_or_dn = rname.meta.moClassName
cobra_str = ""
for arn in dn_dict.items():
if len(arn[1]['namingVals']) > 0:
nvals = [str(val) for val in arn[1]['namingVals']]
nvals_str = ", '" + ", ".join(nvals) + "'"
else:
nvals_str = ""
cobra_str += " # {0} = {1}({2}{3})\n".format(arn[1]['moClassName'],
arn[1]['className'],
arn[1]['parentMoOrDn'],
nvals_str)
return cobra_str
def get_leaf_prof_dn_by_nodeid(leaf_id):
cq = ClassQuery('infraNodeBlk')
result = moDir.query(cq)
my_results = []
for key in result:
if int(key.from_) <= int(leaf_id) <= int(key.to_):
child = Dn.fromString(format(key.dn))
my_results.append(format(child.getAncestor(2)))
return my_results
def get_int_prof_by_leaf_prof(parm):
cq = ClassQuery('infraRsAccPortP')
my_result = []
result = moDir.query(cq)
for key in result:
# temp = format(key.dn) # this is a string
child = Dn.fromString(format(key.dn))
parent = format(child.getAncestor(1))
if parent == parm:
my_result.append(key.tDn)
return my_result
def get_policygroup_type(parm):
pg_class = Dn.fromString(parm)
if format(pg_class.moClass
) == "<class 'cobra.modelimpl.infra.accbndlgrp.AccBndlGrp'>":
is_bundle = True
return is_bundle
elif format(pg_class.moClass
) == "<class 'cobra.modelimpl.infra.accportgrp.AccPortGrp'>":
is_bundle = False
return is_bundle
def getAncestorDnStrFromDnString(md, input, level):
fvAEPg_dnStr = str(Dn.fromString(input).getAncestor(level))
tq = TraceQuery(fvAEPg_dnStr, 'fvBD')
tq.subtree = 'children'
fvBD = md.query(tq)[0]
bd = tDnToBdCtx(str(fvBD.dn), 'BD')
ctx = tDnToBdCtx((fvBD.rsctx._childObjects[None].tDn), 'ctx')
if bd and ctx: return bd, ctx
else: return 'na', 'na'
def getAncestorDnStrFromDnString(md, input, level):
fvAEPg_dnStr = str(Dn.fromString(input).getAncestor(level))
tq = TraceQuery(fvAEPg_dnStr, 'fvBD')
tq.subtree = 'children'
fvBD = md.query(tq)[0]
bd=tDnToBdCtx(str(fvBD.dn),'BD')
ctx=tDnToBdCtx((fvBD.rsctx._childObjects[None].tDn),'ctx')
if bd and ctx: return bd,ctx
else: return 'na','na'
def _parentDn(self):
"""Get the Dn for the parent of this Mo.
Initializes the parent Dn if it wasn't initilized yet.
Returns:
cobra.mit.naming.Dn: The Dn of the parent of this Mo.
"""
if self.__parentDn is None:
# This attribute is defined in BaseMo
# pylint:disable=attribute-defined-outside-init
self.__parentDn = Dn.fromString(self.__parentDnStr)
return self.__parentDn
def _parentDn(self):
"""Get the Dn for the parent of this Mo.
Initializes the parent Dn if it wasn't initilized yet.
Returns:
cobra.mit.naming.Dn: The Dn of the parent of this Mo.
"""
if self.__parentDn is None:
# This attribute is defined in BaseMo
# pylint:disable=attribute-defined-outside-init
self.__parentDn = Dn.fromString(self.__parentDnStr)
return self.__parentDn
def getRootMo(self):
"""Get the Root Mo for this configuration request
Returns:
None or cobra.mit.mo.Mo: The root Mo for the config request
"""
def addDescendantMo(rMo, descendantMo):
rDn = rMo.dn
descendantDn = descendantMo.dn
parentDn = descendantDn.getParent()
while rDn != parentDn:
# This is a descendant. make the parent mo
parentMo = ConfigRequest.__getMoForDnInFlatTree(
parentDn, flatTreeDict)
parentMo._attachChild(descendantMo)
descendantMo = parentMo
parentDn = parentDn.getParent()
rMo._attachChild(descendantMo)
if self.__rootMo:
return self.__rootMo
if not self.__configMos:
return None
# This dict stores all entries added to the tree. Fast lookups
flatTreeDict = {}
dns = list(self.__configMos.keys())
rootDn = Dn.findCommonParent(dns)
configMos = dict(self.__configMos)
# Check if the the root is in the list of MOs to be configure.
# If it is there, remove it, else create a new MO, but in any case
# add the MO to the flat tree dictionary for further lookups.
rootMo = configMos.pop(rootDn) if rootDn in configMos else None
rootMo = ConfigRequest.__getMoForDnInFlatTree(rootDn, flatTreeDict,
rootMo)
# Add the rest of the mos to the root.
childMos = sorted(list(configMos.values()), key=lambda x: x.dn)
for childMo in childMos:
addDescendantMo(rootMo, childMo)
self.__rootMo = rootMo
return rootMo
def get_pg_and_portblock_by_int_prof_from_port_id(parm1, parm2):
temp = parm2.split("/")
port = temp[1]
req = moDir.lookupByClass("infraPortBlk", parentDn=parm1)
my_result = []
for key in req:
if int(key.fromPort) <= int(port) <= int(key.toPort):
# temp = format(key.dn)
my_result.append(format(key.dn))
child = Dn.fromString(format(key.dn))
parent = format(child.getAncestor(
1)) # here I got the port selector DN as a string
# print self.parent
req2 = moDir.lookupByClass(
"infraRsAccBaseGrp",
parentDn=parent) # here I get the Policy group DN
for pg in req2:
my_result.append(format(pg.tDn))
return my_result
def _parentDn(self):
if self.__parentDn is None:
self.__parentDn = Dn.fromString(self.__parentDnStr)
return self.__parentDn
def _parentDn(self):
if self.__parentDn is None:
self.__parentDn = Dn.fromString(self.__parentDnStr)
return self.__parentDn
