def _createMo(node, parentMo):
"""Create a managed object.
Use the XML node and parentMo to create a Mo.
Args:
node (xml.etree.cElementTree.Element): The node in the XML that should
be used to create the Mo.
parentMo (str or cobra.mit.mo.Mo): The parent Mo for this Mo either as
a Mo or as a Dn string.
Returns:
cobra.mit.mo.Mo: The managed object represented by node.
"""
pkgName, className = parseMoClassName(node.tag)
fqClassName = "cobra.model." + pkgName + "." + className
pyClass = ClassLoader.loadClass(fqClassName)
parentDnStr = None
moProps = {}
for attr, val in list(node.attrib.items()):
if (attr != 'dn' and attr != 'rn' and attr != 'instanceId'
and attr != 'status'):
moProps[attr] = str(val)
elif attr == 'dn':
# Set the dn of this MO from the data returned by server
parentDnStr = getParentDn(str(val))
mo = buildMo(pyClass, moProps, parentMo, parentDnStr)
for childNode in node:
_createMo(childNode, mo)
return mo
def _createMo(node, parentMo):
"""Create a managed object.
Use the XML node and parentMo to create a Mo.
Args:
node (xml.etree.cElementTree.Element): The node in the XML that should
be used to create the Mo.
parentMo (str or cobra.mit.mo.Mo): The parent Mo for this Mo either as
a Mo or as a Dn string.
Returns:
cobra.mit.mo.Mo: The managed object represented by node.
"""
pkgName, className = parseMoClassName(node.tag)
fqClassName = "cobra.model." + pkgName + "." + className
pyClass = ClassLoader.loadClass(fqClassName)
parentDnStr = None
moProps = {}
for attr, val in list(node.attrib.items()):
if attr != "dn" and attr != "rn" and attr != "instanceId" and attr != "status":
moProps[attr] = str(val)
elif attr == "dn":
# Set the dn of this MO from the data returned by server
parentDnStr = getParentDn(str(val))
mo = buildMo(pyClass, moProps, parentMo, parentDnStr)
for childNode in node:
_createMo(childNode, mo)
return mo
def _createMo(moClassName, moData, parentMo):
pkgName, className = parseMoClassName(moClassName)
fqClassName = "cobra.model." + pkgName + "." + className
pyClass = ClassLoader.loadClass(fqClassName)
parentDnStr = None
moProps = moData['attributes']
if 'dn' in moProps:
parentDnStr = getParentDn(moProps['dn'])
del moProps['dn']
if 'rn' in moProps:
del moProps['rn']
if 'instanceId' in moProps:
del moProps['instanceId']
if 'status' in moProps:
del moProps['status']
namingVals = []
for propMeta in pyClass.meta.namingProps:
propName = propMeta.moPropName
namingVals.append(moProps[propName])
del moProps[propName]
parentMoOrDn = parentMo if parentMo else parentDnStr
mo = pyClass(parentMoOrDn, *namingVals, markDirty=False, **moProps)
mo.resetProps()
parentMoOrDn = parentMo if parentMo else parentDnStr
children = moData.get('children', [])
for childNode in children:
className = list(childNode.keys())[0]
moData = childNode[className]
_createMo(className, moData, mo)
return mo
def _createMo(node, parentMo):
pkgName, className = parseMoClassName(node.tag)
fqClassName = "cobra.model." + pkgName + "." + className
pyClass = ClassLoader.loadClass(fqClassName)
parentDnStr = None
moProps = {}
for attr, val in list(node.attrib.items()):
if (attr != 'dn' and attr != 'rn' and attr != 'instanceId'
and attr != 'status'):
moProps[attr] = str(val)
elif attr == 'dn':
# Set the dn of this MO from the data returned by server
parentDnStr = getParentDn(str(val))
namingVals = []
for propMeta in pyClass.meta.namingProps:
propName = propMeta.moPropName
namingVals.append(moProps[propName])
del moProps[propName]
parentMoOrDn = parentMo if parentMo else parentDnStr
mo = pyClass(parentMoOrDn, *namingVals, markDirty=False, **moProps)
mo.resetProps()
for childNode in node:
_createMo(childNode, mo)
return mo
def _createMo(moClassName, moData, parentMo):
"""Create a Mo given a class name, some data and a parent Mo.
Args:
moClassName (str): The Mo class name in packageClass form.
moData (dict): The Mo as a python dictionary.
parentMo (str or cobra.mit.mo.Mo): The parent Mo as a Dn string or
a Mo.
Returns:
cobra.mit.mo.Mo: The Mo from moClass and moData.
"""
pkgName, className = parseMoClassName(moClassName)
fqClassName = "cobra.model." + pkgName + "." + className
pyClass = ClassLoader.loadClass(fqClassName)
parentDnStr = None
moProps = moData['attributes']
if 'dn' in moProps:
parentDnStr = getParentDn(moProps['dn'])
del moProps['dn']
if 'rn' in moProps:
del moProps['rn']
if 'instanceId' in moProps:
del moProps['instanceId']
if 'status' in moProps:
del moProps['status']
mo = buildMo(pyClass, moProps, parentMo, parentDnStr)
children = moData.get('children', [])
for childNode in children:
className = list(childNode.keys())[0]
moData = childNode[className]
_createMo(className, moData, mo)
return mo
def _createMo(moClassName, moData, parentMo):
"""Create a Mo given a class name, some data and a parent Mo.
Args:
moClassName (str): The Mo class name in packageClass form.
moData (dict): The Mo as a python dictionary.
parentMo (str or cobra.mit.mo.Mo): The parent Mo as a Dn string or
a Mo.
Returns:
cobra.mit.mo.Mo: The Mo from moClass and moData.
"""
pkgName, className = parseMoClassName(moClassName)
fqClassName = "cobra.model." + pkgName + "." + className
pyClass = ClassLoader.loadClass(fqClassName)
parentDnStr = None
moProps = moData['attributes']
if 'dn' in moProps:
parentDnStr = getParentDn(moProps['dn'])
del moProps['dn']
if 'rn' in moProps:
del moProps['rn']
if 'instanceId' in moProps:
del moProps['instanceId']
if 'status' in moProps:
del moProps['status']
mo = buildMo(pyClass, moProps, parentMo, parentDnStr)
children = moData.get('children', [])
for childNode in children:
className = list(childNode.keys())[0]
moData = childNode[className]
_createMo(className, moData, mo)
return mo