def save(self, **new_data):
instance = self.instance
instance.save()
# Saving positions
position_list = [strip(position_id) for position_id in new_data['positions'].split(',')]
models.ResumePositionR.objects.filter(resume=instance).delete()
for position_id in position_list:
if position_id != '':
position_obj = models.Position.objects.get(id=position_id)
resume_position_r = models.ResumePositionR(resume=instance, position=position_obj)
resume_position_r.save()
def save(self, **new_data):
instance = self.instance
instance.save()
# Saving positions
position_list = [strip(position_id) for position_id in new_data['positions'].split(',')]
models.ResumePositionR.objects.filter(resume=instance).delete()
for position_id in position_list:
if position_id != '':
position_obj = models.Position.objects.get(id=position_id)
resume_position_r = models.ResumePositionR(resume=instance, position=position_obj)
resume_position_r.save()
def _setup(out_file, args): import strop in_file = args[0] # open file as specified in uu file and # assign out_file for later use i = in_file.readline() i = strop.strip(i) if 'begin' != i[:5]: raise IOError, 'input file not in UUencoded format' [dummy, mode, filename] = strop.split(i) mode = strop.atoi(mode, 8) out_file = open(filename,'w',mode) _out_file_orig = 0 return (out_file,_out_file_orig)
def _setup(out_file, args):
import strop
in_file = args[0]
# open file as specified in uu file and
# assign out_file for later use
i = in_file.readline()
i = strop.strip(i)
if 'begin' != i[:5]:
raise IOError, 'input file not in UUencoded format'
[dummy, mode, filename] = strop.split(i)
mode = strop.atoi(mode, 8)
out_file = open(filename, 'w', mode)
_out_file_orig = 0
return (out_file, _out_file_orig)
def doSet():
isTest = False
if strip(arrInput[0]) == "":
isTest = True
else:
if chkIp(arrInput[0]):
if chkIp(arrInput[1]):
if strip(arrInput[2]) == "": # 可以不填写网关
isTest = True
else:
if chkIp(arrInput[2]):
isTest = True
else:
showMsg_Retrun(
Constants.TXT_GATEWAY + " " +
Constants.TXT_IP_ERROR)
else:
showMsg_Retrun(Constants.TXT_NETMASK +
" " +
Constants.TXT_IP_ERROR)
else:
showMsg_Retrun(Constants.TXT_IP + " " +
Constants.TXT_IP_ERROR)
if isTest:
strCode = objDig.infobox(
Constants.TXT_MESSAGE_NETWORK)
strSm = ""
# 得到所选网卡的MAC地址
for strName, strMac in arrChoices:
if strName == strSelNet:
strSm = strMac
break
write_network_conf(arrInput, strSelNet, strSm)
def test_strip(self):
self.assertTrue(strop.strip(" \t\n hello \t\n ") == "hello")
import warnings
def test_strip(self):
self.assertTrue(strop.strip(" \t\n hello \t\n ") == "hello")
def ReadRcm(rcm_path):
with open(rcm_path, "r") as rcm_file:
ids_and_clusters = [strop.strip(line).split('\t') for line in rcm_file]
return zip(*ids_and_clusters)
import warnings
def show_network_dialog():
"""
打开网络配置窗口
:return:
low()方法是把字符串转换为小写
append()追加
"""
arrChoices = []
arrNet = netifaces.interfaces()
for strNet in arrNet:
if strNet.lower() != "lo":
arrIp = netifaces.ifaddresses(strNet)
if arrIp.has_key(netifaces.AF_LINK):
arrIp = arrIp[netifaces.AF_LINK]
if len(arrIp) > 0:
arrChoices.append((strNet, arrIp[0]["addr"]))
strCode, strSelNet = objDig.menu(Constants.TXT_SELECT_INTERFACE,
choices=arrChoices)
if strCode == Dialog.OK:
def getIp():
"""
得到IP及网关
:return:
"""
strI = ""
strN = ""
try:
arrIp = netifaces.ifaddresses(strSelNet)
if len(arrIp) > 0:
if arrIp.has_key(netifaces.AF_INET):
arrTmp = arrIp[netifaces.AF_INET]
if len(arrTmp) > 0:
arrTmp = arrTmp[0]
strI = arrTmp["addr"]
strN = arrTmp["netmask"]
except Exception:
pass
return strI, strN
def getGw():
"""
得到网关地址
:return:
"""
strW = ""
try:
arrIp = netifaces.gateways()
if arrIp.has_key(netifaces.AF_INET):
arrIp = arrIp[netifaces.AF_INET]
for strG, strN, isDef in arrIp:
if strN == strSelNet:
strW = strG
break
except Exception:
pass
return strW
def showMsg_Retrun(strMsg):
"""
验证错误时提示
:param strMsg: 提示消息
:return: true是
"""
objDig.msgbox(strMsg)
show_option_dialog()
strIp, strNetMask = getIp()
strGw = getGw()
while True:
try:
strCode, arrInput = objDig.form(
Constants.TXT_CONFIG_STATIC_TITLE + strSelNet,
[(Constants.TXT_IP, 1, 1, strIp, 1, 20, 15, 15),
(Constants.TXT_NETMASK, 2, 1, strNetMask, 2, 20, 15, 15),
(Constants.TXT_GATEWAY, 3, 1, strGw, 3, 20, 15, 15)],
width=70)
if strCode == Dialog.OK:
def doSet():
isTest = False
if strip(arrInput[0]) == "":
isTest = True
else:
if chkIp(arrInput[0]):
if chkIp(arrInput[1]):
if strip(arrInput[2]) == "": # 可以不填写网关
isTest = True
else:
if chkIp(arrInput[2]):
isTest = True
else:
showMsg_Retrun(
Constants.TXT_GATEWAY + " " +
Constants.TXT_IP_ERROR)
else:
showMsg_Retrun(Constants.TXT_NETMASK +
" " +
Constants.TXT_IP_ERROR)
else:
showMsg_Retrun(Constants.TXT_IP + " " +
Constants.TXT_IP_ERROR)
if isTest:
strCode = objDig.infobox(
Constants.TXT_MESSAGE_NETWORK)
strSm = ""
# 得到所选网卡的MAC地址
for strName, strMac in arrChoices:
if strName == strSelNet:
strSm = strMac
break
write_network_conf(arrInput, strSelNet, strSm)
if strip(arrInput[0]) == "":
code = objDig.yesno(Constants.TXT_CONF_NULLIP,
height="5",
width=65,
yes_label="Yes",
no_label="No")
if code == Dialog.CANCEL or code == Dialog.ESC:
show_option_dialog()
else:
doSet()
else:
doSet()
else:
show_option_dialog()
except Exception, e:
strCode = objDig.msgbox(text=Constants.TXT_MESSAGE_ERROR % e,
colors=True)
def write_network_conf(arrIf, strSelIface, strMac):
"""
写网络配置文件
:param arrIf: 配置内容 [ip,mask,gw]
:param strMac:选择的网卡MAC地址
:param strSelIface:选择的网卡名称
:return:
"""
strFn = "/etc/sysconfig/network-scripts/ifcfg-" + strSelIface
if os.path.isfile(strFn): # 有可能网卡配置文件不存在，如果strFN是一个文件返回True
run_process("sed -i '/BOOTPROTO/d' " + strFn)
run_process("sed -i '/ONBOOT/d' " + strFn)
run_process("sed -i '/IPADDR/d' " + strFn)
run_process("sed -i '/NETMASK/d' " + strFn)
run_process("sed -i '/GATEWAY/d' " + strFn)
run_process("sed -i '/IPV6INIT/d' " + strFn)
run_process("sed -i '/DEFROUTE/d' " + strFn)
run_process("sed -i '/IPV4_FAILURE_FATAL/d' " + strFn)
run_process("sed -i '/IPV6INIT/d' " + strFn)
run_process("sed -i '/IPV6_AUTOCONF/d' " + strFn)
run_process("sed -i '/IPV6_DEFROUTE/d' " + strFn)
run_process("sed -i '/IPV6_PEERDNS/d' " + strFn)
run_process("sed -i '/IPV6_PEERROUTES/d' " + strFn)
run_process("sed -i '/IPV6_FAILURE_FATAL/d' " + strFn)
else:
run_process("echo 'TYPE=Ethernet' > " + strFn)
run_process("echo 'PEERDNS=yes' >> " + strFn)
run_process("echo 'PEERROUTES=yes' >> " + strFn)
run_process("echo 'NAME=" + strSelIface + "' >> " + strFn)
run_process("echo 'DEVICE=" + strSelIface + "' >> " + strFn)
run_process("echo 'HWADDR=" + strMac + "' >> " + strFn)
# 使用该管理工具配置时，没有网关就会写入no，
# 如果通过管理平台其它的网卡时,CMON会写入DEFROUTE=yes，这样可以保证外网是默认路由（但是目前解决不了，在管理平台配置多个的问题后面要改，20170411）
# 如果通过该工具配置时，配置网关就会写入yes，这样可以先配置内网不指定网关，再配置外网指定网关
if strip(arrIf[2]) == "":
run_process("echo 'DEFROUTE=no' >> " + strFn)
else:
run_process("echo 'DEFROUTE=yes' >> " + strFn)
run_process("echo 'IPV4_FAILURE_FATAL=no' >> " + strFn)
run_process("echo 'IPV6INIT=no' >> " + strFn)
run_process("echo 'IPV6_AUTOCONF=no' >> " + strFn)
run_process("echo 'IPV6_DEFROUTE=no' >> " + strFn)
run_process("echo 'IPV6_PEERDNS=no' >> " + strFn)
run_process("echo 'IPV6_PEERROUTES=no' >> " + strFn)
run_process("echo 'IPV6_FAILURE_FATAL=no' >> " + strFn)
if strip(arrIf[0]) != "": # IP为空表示清空配置
if strip(arrIf[2]) != "": # 可以不输入GW，所以要判断下
run_process("sed -i '1i GATEWAY=" + arrIf[2] + "' " + strFn)
res_other_nic_defroute(strSelIface)
run_process("sed -i '1i NETMASK=" + arrIf[1] + "' " + strFn)
run_process("sed -i '1i IPADDR=" + arrIf[0] + "' " + strFn)
run_process("sed -i '1i BOOTPROTO=static' " + strFn)
run_process("sed -i '1i ONBOOT=yes' " + strFn)
else:
run_process("sed -i '1i ONBOOT=no' " + strFn)
results = network_restart(strSelIface)
strFinMsg = Constants.TXT_NETWORK_CFG_ERROR
if results['retcode'] == 0:
strFinMsg = Constants.TXT_NETWORK_CFG_SUCCESS
strCode = objDig.msgbox(strFinMsg)
show_option_dialog()