def build(config):
leaf = Leaf()
t = Topology()
TopologyBuilder.prebuild(config)
for num, node in TopologyBuilder.numberingObjects.items():
if num == 0:
root = node
children = []
for child in node.children:
children.append(TopologyBuilder.numberingObjects[child])
TopologyBuilder.numberingObjects[child].add_parent(node)
node.clear_children()
node.add_children(children)
if not node.children:
node.add_child(leaf)
leaf.add_parent(node)
TopologyBuilder.numberingObjects = None
t.root = root
return t
def build(config):
leaf = Leaf()
t = Topology()
TopologyBuilder.prebuild(config)
for num, node in TopologyBuilder.numberingObjects.items() :
if num == 0 :
root = node
children = []
for child in node.children :
children.append(TopologyBuilder.numberingObjects[child])
TopologyBuilder.numberingObjects[child].add_parent(node)
node.clear_children()
node.add_children(children)
if not node.children :
node.add_child(leaf)
leaf.add_parent(node)
TopologyBuilder.numberingObjects = None
t.root = root
return t
def prebuilds(definition, config):
if not type(definition) is dict :
raise Exception('TpologyBuilder.prebuilds: node definition must be dictionary. real [%s]' % type(definition))
num = definition['num']
children = definition['children']
name = definition['class']
root_yn = definition['root']
node = TopologyBuilder.newinstance(name, config)
node.add_children(children)
TopologyBuilder.numberingObjects[num] = node
if root_yn :
TopologyBuilder.numberingObjects[0].add_child(num)
def prebuilds(definition, config):
if not type(definition) is dict:
raise Exception(
'TpologyBuilder.prebuilds: node definition must be dictionary. real [%s]'
% type(definition))
num = definition['num']
children = definition['children']
name = definition['class']
root_yn = definition['root']
node = TopologyBuilder.newinstance(name, config)
node.add_children(children)
TopologyBuilder.numberingObjects[num] = node
if root_yn:
TopologyBuilder.numberingObjects[0].add_child(num)
