| import time |
| import json |
| import collections |
| import sys |
| import os.path |
| import re |
| |
| def get_neutron_lists(netlist): |
| pairs = re.split("\+-*\+-*\+\n?",netlist)[2:-1] |
| ids,names,subnets = [],[],[] |
| for p in pairs: |
| for l in p.split('\n'): |
| pair = l.split('|') |
| if len(pair) > 1: |
| ids.append(pair[1].strip()) |
| names.append(pair[2].strip()) |
| subnets.append(pair[3].strip()) |
| nets = dict(zip(names,subnets)) |
| return nets |
| |
| def get_nova_lists(novalist,nameWildCard=None): |
| pairs = re.split("\+-*\+-*\+\n?",novalist)[2:-1] |
| ids,names,status,taskState,powerState,networks = [],[],[],[],[],[] |
| for p in pairs: |
| for l in p.split('\n'): |
| pair = l.split('|') |
| if len(pair) > 1: |
| ids.append(pair[1].strip()) |
| names.append(pair[2].strip()) |
| status.append(pair[3].strip()) |
| taskState.append(pair[4].strip()) |
| powerState.append(pair[5].strip()) |
| networks.append(pair[6].strip()) |
| instances = dict(zip(names,networks)) |
| if nameWildCard is not None: |
| for key in instances.keys(): |
| if re.match(nameWildCard, key): |
| return instances[key] |
| else: |
| return instances |