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| import os import sys import time import pymysql import queue import json import wmi import win32api import re import ctypes
def loadtext(path): try: f = open(path,"r") txt = f.read() f.close() return txt except Exception as e: print("load file error! {}".format(path)) return None return None
def writefile(path, text): try: f = open(path,"w") text = f.write(text) f.close() return True except Exception as e: print("write file error! {}".format(path)) return False return False
def txt2json(text): try: jsondict=json.loads(text) return jsondict except Exception as e: print('json error!') return None return None
def json2txt(jsondict): try: text=json.dumps(jsondict) return text except Exception as e: print('json error!') return None return None
def modserverip(mdict): intReboot=0 wmiService = wmi.WMI() colNicConfigs = wmiService.Win32_NetworkAdapterConfiguration(IPEnabled=True) if len(colNicConfigs)<1: print("not find network adapter") return False objNicConfig = colNicConfigs[0] arrIPAddresses =[mdict['serverAddress']] arrSubnetMasks =[mdict['netmask']] arrDefaultGateways =[mdict['gateway']] arrGatewayCostMetrics =[1] intReboot =0 returnValue = objNicConfig.EnableStatic(IPAddress= arrIPAddresses,SubnetMask= arrSubnetMasks) if returnValue[0]==0: print ('设置IP成功') elif returnValue[0]==1: print ('设置IP成功') intReboot +=1 else: print ('修改IP失败: IP设置发生错误') return False returnValue = objNicConfig.SetGateways(DefaultIPGateway= arrDefaultGateways,GatewayCostMetric= arrGatewayCostMetrics) if returnValue[0]==0: print ('设置网关成功') elif returnValue[0]==1: print ('设置网关成功') intReboot +=1 else: print ('修改IP失败: 网关设置发生错误') return False if intReboot >0: print ('need reboot computer') else: print ('修改IP结束') return True
def run(cmd, model=0): if not is_admin(): print("runas admin") state = runasadmin(cmd) print('state {}'.format(state)) return state jsontext=cmd.replace('\'','\"') state=0 mdict={} mdict=txt2json(jsontext) if mdict: if 0 == model: if not modserverip(mdict): state = 1 else: if not modserverip2(mdict): state = 1 print('state {}'.format(state)) return state
def FindFirstNetworkName(): result = os.popen("ipconfig") if not result: print("cmd ipconfig error!") return "" s = result.read() if not s: print("ipconfig result error!") return "" pattern = re.compile("以太网适配器 (.*):") finds = re.findall(pattern, s) resname = "" for name in finds: if -1 != name.find("VMnet"): continue resname = name break return resname
def modserverip2(mdict): ip = mdict['serverAddress'] mask = mdict['netmask'] way = mdict['gateway'] name = FindFirstNetworkName() if not name: return False cmd = " netsh interface ip set address \"{}\" static {} {} {} 1".format(name, ip , mask, way) print(cmd) result = os.popen(cmd) if not result: print(cmd+" -> error!") return False s = result.read() if "" != s: print(s) return False return True
def run_runas(name, calls): state = 1 try : callsstr= json2txt(calls) print("run_runas:{},args:{}".format(name, calls)) res = ctypes.windll.shell32.ShellExecuteW(0, "runas", name, callsstr, '', 0) print(res) if 42 == res: state = 0 except BaseException as e: return state, str(e) return state
def runasadmin(jsontext): run = sys.argv[0] state = run_runas(run, jsontext) return state
def is_admin(): try: return ctypes.windll.shell32.IsUserAnAdmin() except: return False
def test(): is1 = is_admin() return
if __name__ == "__main__": cmd1="" model = 0 args = len(sys.argv) if args > 2: cmd1 = sys.argv[1] model = 1 elif args > 1: cmd1 = sys.argv[1] model=0 else: print('this is test code!') cmd1="{'serverAddress':'192.168.2.151','netmask':'netmask','gateway':'gateway','id':'1'}" print('cmd: {}'.format(cmd1)) ex = run(cmd1, model) os._exit(ex)
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