def children_nodes(self):
children = CompositeNode.children_nodes(self)
stats = get_c_stat_names()
# remove all nodes that do not have a stat
nodeNameList = []
for c in children:
if c.name not in stats:
c.prune()
else:
nodeNameList.append( c.name)
# add all stats to node tree (unless already there)
for stat in stats:
if stat not in nodeNameList:
n = CStatNode(stat)
cd = { 'name' : stat,
'parent' : self,
'log_on_change': -1,
'time_last_changed': ''}
n.configure( cd)
return CompositeNode.children_nodes(self)
def children_nodes(self):
children = CompositeNode.children_nodes(self)
stats = get_c_stat_names()
# remove all nodes that do not have a stat
nodeNameList = []
for c in children:
if c.name not in stats:
c.prune()
else:
nodeNameList.append(c.name)
# add all stats to node tree (unless already there)
for stat in stats:
if stat not in nodeNameList:
n = CStatNode(stat)
cd = {
'name': stat,
'parent': self,
'log_on_change': -1,
'time_last_changed': ''
}
n.configure(cd)
return CompositeNode.children_nodes(self)
def children_nodes(self,**options):
nodes = CompositeNode.children_nodes(self, **options)
nodes.sort(lambda x,y: cmp(x.name, y.name))
return nodes
def children_nodes(self, **options):
nodes = CompositeNode.children_nodes(self, **options)
nodes.sort(lambda x, y: cmp(x.name, y.name))
return nodes
def children_nodes(self, **options):
return self._alias_root.children_nodes(**options) + \
CompositeNode.children_nodes(self, **options)
def children_nodes(self, **options):
return self._alias_root.children_nodes(**options) + \
CompositeNode.children_nodes(self, **options)
