项目json格式配置文件解析
declareTree.py
# -*- coding: utf-8 -*- import os import sys import string import random g_id = [1] def create_diff_node_id(): g_id[0] = g_id[0] + 1 return g_id[0] class declareTree: def __init__(self): self.nodeList=[] @staticmethod def parse(file_name): """ transform the file into declareTree object [Paramas] - 'file_name' : the name of the file to transform [Return] - 'tree' : the tree after transform """ file = open(file_name,'rb') tree = declareTree() child=None temp=None for line in file: if line.strip().find("declare") >= 0: temp = child child = declareNode(line.strip()) if child != None and temp != None: temp.add_node(child) child = child.parent if child.parent == None: tree.nodeList.append(child) elif line.strip().find("{}") > 0: temp=child child = declareNode(line.strip()) temp.add_node(child) child = child.parent elif line.strip().find("[]") > 0: temp=child child = declareNode(line.strip()) temp.add_node(child) child = child.parent elif line.strip().find("{") == 0: temp=child child = declareNode("{") if child != None and temp != None: temp.add_node(child) elif line.strip().find("{") > 0: temp=child child = declareNode(line.strip()) temp.add_node(child) elif line.strip().find("}") >= 0: child.namelist[1] = line.strip() if child.parent == None: tree.nodeList.append(child) child = child.parent elif line.strip().find("[") > 0: temp=child child = declareNode(line.strip()) temp.add_node(child) elif line.strip().find("]") >= 0: child.namelist[1] = line.strip() if child.parent == None: tree.nodeList.append(child) child = child.parent elif line.strip() == '': continue else: child.conf.append(line.strip()) file.close() return tree def write(self,file_name): file = open(file_name,'w') for node in self.nodeList: node.write(file) file.close() class declareNode: """ The base unit of the configure. It starts with "declare",end with "}" [Example] declare NAME { CONF other declareNodes } """ def __init__(self,name1,name2=''): self.child_node=[] self.namelist=[name1,name2] self.conf=[] self.parent=None self.level=0 self.id=0 def deepfind_name(self,name): temp = None if self.namelist[0].find(name) >= 0: return self else: for node in self.child_node: temp = node.deepfind_name(name) if temp != None: return temp return temp def deepfind_conf(self,name): temp = None for index in range(len(self.conf)): if self.conf[index].find(name) >= 0: return self,index for node in self.child_node: temp,num = node.deepfind_conf(name) if temp != None: return temp,num return temp,None def add_node(self,node): """ add a subnode to the end of this node [paramas] - 'node' : the subnode to add [Return] - 'None' """ self.child_node.append(node) node.parent = self node.level = self.level+1 def write(self,file): """ write the node to the file [Paramas] - 'file' : the file object [Return] - 'None' """ leveltext="\t"*self.level file.write("%s%s\n"%(leveltext,self.namelist[0])) #dict1 = sorted(self.conf.iteritems(),key = lambda asd:asd[0]) for item in self.conf: file.write("%s\t%s\n"%(leveltext,item)) for node in self.child_node: node.write(file) file.write("%s%s\n"%(leveltext,self.namelist[1])) if __name__ == '__main__': obj = declareTree()
VPNAccess.py
# -*- coding: utf-8 -*- import os import sys import string import shutil from declareTree import * from VPN_Global_Variables_Common import * work_path = os.path.dirname(__file__) class VPNAccess: def create_tmp_conf(self, tmp_conf_name): """ 拷贝python工作目录下的conf目录的基础配置文件到conf/tmp目录， [Paramas] - '原配置文件名称' [Return] - '临时配置文件完整目录' """ base_conf_path = "%s/conf/%s" % (work_path, g_service_baseconf_name) tmp_conf_path = "%s/conf/tmp/%s" % (work_path, tmp_conf_name) shutil.copyfile(base_conf_path, tmp_conf_path) VPNAccess.global_conf_setting(self, tmp_conf_path, 'name', tmp_conf_name[4:-5]) return tmp_conf_path def add_site2site_accesspolicy(self, conf_path, srcVlanId, dstVlanId, srcIpAddress, DestIpAddress): """ 添加site2site互访策略到文件 [Paramas] - 'conf_path': 添加应用的文件 - 'srcVlanId': 源vlan ID - 'dstVlanId': 目的vlan ID - 'srcIpAddress‘：源IP和掩码，如1.2.3.0/24 - 'DestIpAddress‘：目的IP和掩码，如1.2.3.4/32 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) site2siteAccessPolicyNode = tree.nodeList[0].deepfind_name("\"access_policy\"") if site2siteAccessPolicyNode == None: raise AssertionError("Find Site2siteAccessPolicy Failed!") if len(site2siteAccessPolicyNode.child_node) == 0: node = declareNode("{", "}") else: node = declareNode(",{", "}") node.conf.append("\"svlan\": %s," % srcVlanId) node.conf.append("\"dvlan\": %s," % dstVlanId) node.conf.append("\"src\": \"%s\"," % srcIpAddress) node.conf.append("\"dst\": \"%s\"" % DestIpAddress) site2siteAccessPolicyNode.add_node(node) tree.write(conf_path) def remove_site2site_accesspolicy(self, conf_path): """ 删除site2site所有互访策略 [Paramas] - 'conf_path':删除site2site互访策略配置的文件 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) Site2siteAccessPolicyNode = tree.nodeList[0].deepfind_name("\"access_policy\"") if Site2siteAccessPolicyNode == None: raise AssertionError("Find Site2siteAccessPolicy Failed!") if len(Site2siteAccessPolicyNode.child_node) > 0: Site2siteAccessPolicyNode.child_node = [] else: return tree.write(conf_path) def add_agent(self, conf_path, serial_id, vlan_id): """单独添加网点agent信息，适用于主备agent第二个agent信息的添加 [Paramas] - 'conf_path': 操作的文件 - 'serial_id'：网点对应的agent序列号 - 'vlan_id': 网点id [Return]: NULL """ tree = declareTree.parse(conf_path) AgentsNode = tree.nodeList[0].deepfind_name("\"agents\"") if AgentsNode == None: raise AssertionError("Find Agents Failed!") if len(AgentsNode.child_node) == 0: node = declareNode("{", "}") else: for agentnode in AgentsNode.child_node: if agentnode.conf[0].split('"')[3] == serial_id: return node = declareNode(",{", "}") node.conf.append("\"name\":\"%s\"," % serial_id) node.conf.append("\"vlanid\":%s" % vlan_id) AgentsNode.add_node(node) tree.write(conf_path) def add_vlan(self, conf_path, serial_id, mode, ip, name, pick_path_type=1, connect_num=4, sni_passwd='wscloudvpn@appa', direct_conn_ip='null', direct_conn_port=2668, ac_pop_probe_ratio=100, ac_as_probe_ratio=100 ): """ 添加网点及agent信息，默认不使用appa，不开启直连 [Paramas] - 'conf_path': 操作的文件 - 'serial_id'：网点对应的agent序列号 - 'mode':网点运行模式，server或client - 'ip':网点ip - 'name':server模式--对应pop接入域名；client模式--对应AS的网点标识 - 'pick_path_type': 0表示自动化选路，1表示固定路径 - 'connect_num':tcp连接数量 - 'sni_passwd':sni传输的加解密密码 - 'direct_conn_ip':直连ip - 'direct_conn_port':直连端口 [Return] - server模式返回vlan_id和网点标识(这里为主机ip)，client模式返回vlan_id """ vlan_id = ip.split('.')[3] # print conf_path.split('\\')[-1][4:-5] channel_name = "ch%s.%s" % (vlan_id, conf_path.split('/')[-1][4:-5]) channel_name_alias = "%s.%s" % (vlan_id, conf_path.split('/')[-1][4:-5]) tree = declareTree.parse(conf_path) VlancfgsNode = tree.nodeList[0].deepfind_name("\"vlancfgs\"") if VlancfgsNode == None: raise AssertionError("Find Vlancfgs Failed!") if mode == 'server': if len(VlancfgsNode.child_node) == 0: node1 = declareNode("{", "}") else: for node in VlancfgsNode.child_node: if node.conf[0].split(':')[1].strip().split(',')[0] == vlan_id: node.child_node[0].conf.append("\"direct_conn_ip\": \"%s\"," % direct_conn_ip) node.child_node[0].conf.append("\"direct_conn_port\": %s," % direct_conn_port) node.child_node[0].conf.append("\"hostname\": \"%s\"," % name) node.child_node[0].conf.append("\"channel_name\": \"%s\"," % channel_name) node.child_node[0].conf.append("\"channel_name_alias\": \"%s\"," % channel_name_alias) node.child_node[0].conf.append("\"pre_conn_num\": %s," % connect_num) node.child_node[0].conf.append("\"port\": 34745") tree.write(conf_path) return vlan_id, channel_name node1 = declareNode(",{", "}") node1.conf.append("\"vlanid\": %s," % vlan_id) node1.conf.append("\"ip\": \"169.254.1.%s\"," % (ip.split('.')[3])) node1.conf.append("\"mask\": \"255.255.0.0\",") VlancfgsNode.add_node(node1) node2 = declareNode("\"server_mode\": {", "},") node2.conf.append("\"direct_conn_ip\": \"%s\"," % direct_conn_ip) node2.conf.append("\"direct_conn_port\": %s," % direct_conn_port) node2.conf.append("\"hostname\": \"%s\"," % name) node2.conf.append("\"channel_name\": \"%s\"," % channel_name) node2.conf.append("\"channel_name_alias\": \"%s\"," % channel_name_alias) node2.conf.append("\"pre_conn_num\": %s," % connect_num) node2.conf.append("\"port\": 34745") node3 = declareNode("\"client_mode\": [", "]") node1.add_node(node2) node1.add_node(node3) elif mode == 'client': if len(VlancfgsNode.child_node) == 0: node1 = declareNode("{", "}") else: for node in VlancfgsNode.child_node: # print node.conf[0],vlan_id if node.conf[0].split(':')[1].strip().split(',')[0] == vlan_id: if len(node.child_node[1].child_node) == 0: node4 = declareNode("{", "}") else: node4 = declareNode(",{", "}") node4.conf.append("\"dst_channel_name\": \"%s\"," % name) node4.conf.append("\"direct_conn_ip\": \"%s\"," % direct_conn_ip) node4.conf.append("\"direct_conn_port\": %s," % direct_conn_port) node4.conf.append("\"max_connection\": %s," % connect_num) node4.conf.append("\"port\": 34746,") node4.conf.append("\"appa_host\": \"\",") node4.conf.append("\"appa_port\": 34749,") node4.conf.append("\"ac_poplist\": \"\",") node4.conf.append("\"appa_pop_probe_interval\": 10,") node4.conf.append("\"ac_pop_probe_interval\": 10,") node4.conf.append("\"pick_best_path_interval\": 10,") node4.conf.append("\"refresh_interval\": 1000,") node4.conf.append("\"pick_path_type\": %s," % pick_path_type) node4.conf.append("\"ac_pop_probe_ratio\": %s," % ac_pop_probe_ratio) node4.conf.append("\"ac_as_probe_ratio\": %s," % ac_as_probe_ratio) node4.conf.append("\"sni_passwd\":\"%s\"" % sni_passwd) node.child_node[1].add_node(node4) tree.write(conf_path) return vlan_id node1 = declareNode(",{", "}") node1.conf.append("\"vlanid\": %s," % vlan_id) node1.conf.append("\"ip\": \"169.254.1.%s\"," % (ip.split('.')[3])) node1.conf.append("\"mask\": \"255.255.0.0\",") VlancfgsNode.add_node(node1) node2 = declareNode("\"server_mode\": {", "},") node3 = declareNode("\"client_mode\": [", "]") node1.add_node(node2) node1.add_node(node3) node4 = declareNode("{", "}") node4.conf.append("\"dst_channel_name\": \"%s\"," % name) node4.conf.append("\"direct_conn_ip\":\"%s\"," % direct_conn_ip) node4.conf.append("\"direct_conn_port\": %s," % direct_conn_port) node4.conf.append("\"max_connection\": %s," % connect_num) node4.conf.append("\"port\": 34746,") node4.conf.append("\"appa_host\": \"\",") node4.conf.append("\"appa_port\": 34749,") node4.conf.append("\"ac_poplist\": \"\",") node4.conf.append("\"appa_pop_probe_interval\": 10,") node4.conf.append("\"ac_pop_probe_interval\": 10,") node4.conf.append("\"pick_best_path_interval\": 10,") node4.conf.append("\"refresh_interval\": 1000,") node4.conf.append("\"pick_path_type\": %s," % pick_path_type) node4.conf.append("\"ac_pop_probe_ratio\": %s," % ac_pop_probe_ratio) node4.conf.append("\"ac_as_probe_ratio\": %s," % ac_as_probe_ratio) node4.conf.append("\"sni_passwd\": \"%s\"" % sni_passwd) node3.add_node(node4) AgentsNode = tree.nodeList[0].deepfind_name("\"agents\"") if AgentsNode == None: raise AssertionError("Find Agents Failed!") if len(AgentsNode.child_node) == 0: node = declareNode("{", "}") else: for agentnode in AgentsNode.child_node: if agentnode.conf[0].split('"')[3] == serial_id: if mode == 'server': return vlan_id, channel_name else: return vlan_id node = declareNode(",{", "}") node.conf.append("\"name\": \"%s\"," % serial_id) node.conf.append("\"vlanid\": %s" % vlan_id) AgentsNode.add_node(node) tree.write(conf_path) if mode == 'server': return vlan_id, channel_name else: return vlan_id def remove_vlan(self, conf_path): """ 删除所有网点及agent信息 [Paramas] - 'conf_path': 操作的文件 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) VlancfgsNode = tree.nodeList[0].deepfind_name("\"vlancfgs\"") if VlancfgsNode == None: raise AssertionError("Find Vlancfgs Failed!") if len(VlancfgsNode.child_node) > 0: VlancfgsNode.child_node = [] AgentsNode = tree.nodeList[0].deepfind_name("\"agents\"") if AgentsNode == None: raise AssertionError("Find Agents Failed!") if len(AgentsNode.child_node) > 0: AgentsNode.child_node = [] tree.write(conf_path) def global_conf_setting(self, conf_path, name, value): """ 修改网点配置信息，支持修改 全局配置 name,conn_mode,as_probe_appa_sni_interval [Paramas] - 'conf_path': 操作的文件 - 'name': 要修改的字段名 - 'value': 要修改的字段对应值 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) # 全局配置修改 if name in ['name']: for i in range(len(tree.nodeList[0].conf)): if tree.nodeList[0].conf[i].find(name) >= 0: tree.nodeList[0].conf[i] = "\"%s\": \"%s\"," % (name, value) elif name in ['conn_mode','ac_appa_probe_interval','as_pop_probe_interval','ac_as_probe_interval']: for i in range(len(tree.nodeList[0].conf)): if tree.nodeList[0].conf[i].find(name) >= 0: tree.nodeList[0].conf[i] = "\"%s\": %s," % (name, value) tree.write(conf_path) def vlan_session_setting(self, conf_path, vlan_id, name, value, channel_name=''): """ 修改网点配置信息，支持修改 server mode的hostname， client mode的ac_poplist，appa_host,pick_path_type,refresh_interval,ac_pop_probe_ratio字段 server/client mode的direct_conn_ip,direct_conn_port [Paramas] - 'conf_path': 操作的文件 - 'vlan_id': 网点id，add_vlan函数返回值 - 'name': 要修改的字段名 - 'value': 要修改的字段对应值 - 'channel_name': server模式--置空； client模式--对应AS的网点标识； [Return] - 'NONE' """ tree = declareTree.parse(conf_path) # 网点信息修改 VlancfgsNode = tree.nodeList[0].deepfind_name("\"vlancfgs\"") if VlancfgsNode == None: raise AssertionError("Find Vlancfgs Failed!") for vlancfg_childnode in VlancfgsNode.child_node: # 匹配vlan_id if int(vlancfg_childnode.conf[0].split(':')[1].strip().split(',')[0]) == int(vlan_id): # server mode字段修改 if name == 'hostname': for index in range(len(vlancfg_childnode.child_node[0].conf)): if vlancfg_childnode.child_node[0].conf[index].find(name) >= 0: vlancfg_childnode.child_node[0].conf[index] = "\"%s\": \"%s\"," % (name, value) # 修改direct_conn_ip或者direct_conn_port时，需要判断是server还是client mode elif name in ['direct_conn_ip', 'direct_conn_port']: if channel_name == '': for index in range(len(vlancfg_childnode.child_node[0].conf)): if vlancfg_childnode.child_node[0].conf[index].find(name) >= 0: vlancfg_childnode.child_node[0].conf[index] = "\"%s\": \"%s\"," % (name, value) else: for clientmode_childnode in vlancfg_childnode.child_node[1].child_node: for tmp in clientmode_childnode.conf: if tmp.find(channel_name) >= 0: for index in range(len(clientmode_childnode.conf)): if clientmode_childnode.conf[index].find(name) >= 0: clientmode_childnode.conf[index] = "\"%s\": \"%s\"," % (name, value) # client mode字段修改 else: for clientmode_childnode in vlancfg_childnode.child_node[1].child_node: for tmp in clientmode_childnode.conf: if tmp.find(channel_name) >= 0: for index in range(len(clientmode_childnode.conf)): if name in ['ac_poplist', 'appa_host']: if clientmode_childnode.conf[index].find(name) >= 0: clientmode_childnode.conf[index] = "\"%s\": \"%s\"," % (name, value) elif name in ['pick_path_type', 'refresh_interval', 'ac_pop_probe_ratio','ac_as_probe_ratio']: if clientmode_childnode.conf[index].find(name) >= 0: clientmode_childnode.conf[index] = "\"%s\": %s," % (name, value) else: continue tree.write(conf_path) if __name__ == '__main__': obj = VPNAccess() # obj.create_tmp_conf(g_service_config2_name) # obj.global_conf_setting('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.com.conf', # 'as_pop_probe_interval',10) # obj.vlan_session_setting('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.com.conf' # , 4,'direct_conn_ip', '23.3.4','test') # obj.global_conf_setting('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn1.com.conf' # ,'conn_mode', '2') # obj.vlan_session_setting('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.com.conf' # , 4,'pick_path_type', '1.2.3.5,2.2.2.2','test') # obj.vlan_session_setting('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.com.conf' # , 4,'conn_mode', 1) # obj.vlan_session_setting('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.com.conf' # , 38,'refresh_interval', '22','ch33.pop.com') # obj.add_vlan('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.conf','ssss','client', # '1.2.3.4','test') # obj.add_vlan('E:\\AutoTest\\CloudVPN\\vpnpop\\trunk\\lib\\conf\\tmp\\hub_vpnautotest1.wscloudvpn.com.conf', 'ssss', # 'server','1.2.3.4', 'pop.com')
操作配置文件库文件
VPNC2S.py
# -*- coding: utf-8 -*- import os import sys import string import shutil from declareTree import * from VPNAccess import VPNAccess work_path = os.path.dirname(__file__) class VPNC2S: def edit_client_config(self,conf_path,uname,passwd,channelname,authtype=1): """ 修改客户端登录相关参数 :param conf_path: 客户端配置文件路径 :param uname: 用户名 :param passwd: 加密后的密码 :param channelname: pop接入域名 :param authtype: 认证方式，1=本地认证 :return: NULL """ tree = declareTree.parse(conf_path) #修改用户名 clientconfig_node,index = tree.nodeList[0].deepfind_conf("Username") if clientconfig_node == None: raise AssertionError("Find clientconfig_node Failed!") clientconfig_node.conf[index] = "string Username %s" %uname #修改密码，加密 clientconfig_node,index = tree.nodeList[0].deepfind_conf("HashedPassword") if clientconfig_node == None: raise AssertionError("Find clientconfig_node Failed!") clientconfig_node.conf[index] = "byte HashedPassword %s" %passwd #修改pop接入域名 clientconfig_node, index = tree.nodeList[0].deepfind_conf("Hostname") if clientconfig_node == None: raise AssertionError("Find clientconfig_node Failed!") clientconfig_node.conf[index] = "string Hostname %s" %channelname #修改认证方式 clientconfig_node, index = tree.nodeList[0].deepfind_conf("AuthType") if clientconfig_node == None: raise AssertionError("Find clientconfig_node Failed!") clientconfig_node.conf[index] = "uint AuthType %s" %authtype tree.write(conf_path) def add_application(self,conf_path,mode,value,app_id='null'): """ 增加应用 :param conf_path: vcs配置文件路径 :param mode: network==ip网段，需要有掩码，如1.2.3.4/32，domain==域名 :param value: 网段或者域名 :param app_id:生成指定app_id的应用，默认系统自己生成 :return: app_id """ tree = declareTree.parse(conf_path) applicationyNode = tree.nodeList[0].deepfind_name("application") if applicationyNode == None: raise AssertionError("Find applicationy Failed!") if len(applicationyNode.child_node) == 0: node = declareNode("{", "}") else: node = declareNode(",{", "}") applicationyNode.add_node(node) if app_id == 'null': app_id = create_diff_node_id() node.conf.append("\"id\": %s," % app_id) node1 = declareNode("\"proto\": [", "],") node1.conf.append("\"all\"") node2 = declareNode("\"ports\": [", "],") node2.conf.append("\"0-65535\"") if mode == 'network': node3 = declareNode("\"network\": [", "],") node3.conf.append("\"%s\""%value) node4 = declareNode("\"domain\": [", "]") elif mode == 'domain': node3 = declareNode("\"network\": [", "],") node4 = declareNode("\"domain\": [", "]") node4.conf.append("\"%s\"" % value) node.add_node(node1) node.add_node(node2) node.add_node(node3) node.add_node(node4) tree.write(conf_path) return app_id def del_application(self, conf_path): """ 删除所有应用信息 [Paramas] - 'conf_path': 操作的文件 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) applicationyNode = tree.nodeList[0].deepfind_name("application") if applicationyNode == None: raise AssertionError("Find applicationy Failed!") if len(applicationyNode.child_node) > 0: applicationyNode.child_node = [] tree.write(conf_path) def add_group(self,conf_path,app_id,group_id='null',group_name='null'): """ 增加权限组，及其包含的权限 :param conf_path: vcs配置文件路径 :param app_id: 包含的应用id，多个用逗号分隔，如2,3,5 :param group_id:生成指定group_id的权限组，默认系统自己生成 :param group_name:权限组名称，默认空，ldap权限组使用 :return: group_id """ tree = declareTree.parse(conf_path) groupnode = tree.nodeList[0].deepfind_name("\"group\"") if groupnode == None: raise AssertionError("Find group Failed!") if len(groupnode.child_node) == 0: node = declareNode("{", "}") else: node = declareNode(",{", "}") groupnode.add_node(node) if group_id == 'null': group_id = create_diff_node_id() node.conf.append("\"id\": \"%s\"," % group_id) else: node.conf.append("\"id\": \"%s\"," % group_id) if group_name == 'null': node1 = declareNode("\"name\": {", "},") node.add_node(node1) else: node.conf.append("\"name\": \"%s\"," % group_name) node2 = declareNode("\"appid\": [", "]") node2.conf.append("%s"%app_id) node.add_node(node2) tree.write(conf_path) return group_id def edit_group(self,conf_path,group_id,app_id,group_name='null'): """ 修改权限组对应的权限 :param conf_path: vcs配置文件路径 :param group_id :param app_id: 包含的应用id，多个用逗号分隔，如2,3,5 :param group_name:权限组名称，默认空，ldap权限组使用 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) groupnode = tree.nodeList[0].deepfind_name("\"group\"") if groupnode == None: raise AssertionError("Find group Failed!") groupapp_node, num = groupnode.deepfind_conf("\"id\": \"%s\"," % group_id) if groupapp_node == None: raise AssertionError("Find groupapp_node Failed!") if group_name == 'null': groupapp_node.child_node[1].conf[0] = "%s"%app_id else: groupapp_node.child_node = [] node1 = declareNode("\"name\": {", "},") groupapp_node.add_node(node1) node2 = declareNode("\"appid\": [", "]") node2.conf.append("%s" % app_id) groupapp_node.add_node(node2) tree.write(conf_path) def del_group(self, conf_path): """ 删除所有权限组 [Paramas] - 'conf_path': 操作的文件 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) groupnode = tree.nodeList[0].deepfind_name("\"group\"") if groupnode == None: raise AssertionError("Find group Failed!") if len(groupnode.child_node) > 0: groupnode.child_node = [] tree.write(conf_path) def add_user(self,conf_path,uname,passwd,group_id): """ 增加用户，及其包含的权限组 :param conf_path: vcs配置文件路径 :param uname:用户名 :param passwd:加密后的密码 :param group_id: 包含的权限组id，多个用逗号分隔，如2,3,5 :return: NULL """ tree = declareTree.parse(conf_path) usernode = tree.nodeList[0].deepfind_name("\"user\"") if usernode == None: raise AssertionError("Find user Failed!") if len(usernode.child_node) == 0: node = declareNode("{", "}") else: node = declareNode(",{", "}") usernode.add_node(node) node.conf.append("\"name\": \"%s\"," % uname) node.conf.append("\"passwd\": \"%s\"," % passwd) node1 = declareNode("\"gid\": [", "]") node1.conf.append("%s"%group_id) node.add_node(node1) tree.write(conf_path) def del_alluser(self, conf_path): """ 删除所有用户 [Paramas] - 'conf_path': 操作的文件 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) usernode = tree.nodeList[0].deepfind_name("\"user\"") if usernode == None: raise AssertionError("Find user Failed!") if len(usernode.child_node) > 0: usernode.child_node = [] tree.write(conf_path) def del_user(self, conf_path,uname): """ 删除指定用户 [Paramas] - 'conf_path': 操作的文件 - 'uname' :用户名 [Return] - 'NONE' """ tree = declareTree.parse(conf_path) usernode = tree.nodeList[0].deepfind_name("\"user\"") if usernode == None: raise AssertionError("Find user Failed!") unamenode,num = usernode.deepfind_conf("\"%s\""%uname) print "%s"%unamenode.conf usernode.child_node.remove(unamenode) if len(usernode.child_node) > 0: usernode.child_node[0].namelist[0] = "{" tree.write(conf_path) def edit_clientconn_info(self,conf_path,appa_host='sni.wscloudvpn.com',appa_port=34749,pop_port=34746,sni_passwd='wscloudvpn@appa',use_probe='false', client_pop_probe_ratio=100,client_as_probe_ratio=100,as_triger_ssl_probe_interval=300,client_probe_interval=10, client_probe_interval_max=20,client_route_rtt_threshold=50,refresh_interval=30,c2s_use_appa='false'): """ 修改客户端连接信息，默认不使用appa :param conf_path:配置文件路径 :param appa_host: 默认sni.wscloudvpn.com，是否使用appa改用c2s_use_appa控制 :param appa_port: :param pop_port: :param sni_passwd: :param use_probe:true/false :param c2s_use_appa: true使用appa，flase不使用appa :return: """ tree = declareTree.parse(conf_path) connnode = tree.nodeList[0].deepfind_name("conn_info") if connnode == None: raise AssertionError("Find user Failed!") connnode.conf[0] = "\"appa_host\":\"%s\"," %appa_host connnode.conf[1] = "\"appa_port\":%s," % appa_port connnode.conf[2] = "\"port\":%s," % pop_port connnode.conf[3] = "\"sni_passwd\":\"%s\"," % sni_passwd connnode.conf[4] = "\"use_probe\":%s," % use_probe connnode.conf[5] = "\"client_pop_probe_ratio\":%s," % client_pop_probe_ratio connnode.conf[6] = "\"client_as_probe_ratio\":%s," % client_as_probe_ratio connnode.conf[7] = "\"as_triger_ssl_probe_interval\":%s," % as_triger_ssl_probe_interval connnode.conf[8] = "\"client_probe_interval\":%s," % client_probe_interval connnode.conf[9] = "\"client_probe_interval_max\":%s," % client_probe_interval_max connnode.conf[10] = "\"client_route_rtt_threshold\":%s," % client_route_rtt_threshold connnode.conf[11] = "\"refresh_interval\":%s," % refresh_interval connnode.conf[12] = "\"c2s_use_appa\":%s" % c2s_use_appa tree.write(conf_path) def edit_dhcp_server(self,conf_path,virtual_host_ip,mask,beginIP,endIP,mainDns='',backDns=''): """ 修改dhcp服务器相关参数 :param conf_path: :param virtual_host_ip: 虚拟主机ip，同时也是默认网关 :param mask: 掩码 :param beginIP: 起始ip :param endIP: 结束ip :param mainDns: 主dns服务器 :param backDns: 备dns服务器 :return: NULL """ tree = declareTree.parse(conf_path) dhcpnode = tree.nodeList[0].deepfind_name("\"dhcp\"") if dhcpnode == None: tree.nodeList[0].conf.remove('\"dhcp\":null,') dhcpnode = declareNode(",\"dhcp\": {", "}") tree.nodeList[0].add_node(dhcpnode) else: dhcpnode.conf = [] dhcpnode.conf.append("\"mask\":\"%s\"," % mask) dhcpnode.conf.append("\"beginIP\":\"%s\"," % beginIP) dhcpnode.conf.append("\"endIP\":\"%s\"," % endIP) dhcpnode.conf.append("\"mainDns\":\"%s\"," % mainDns) dhcpnode.conf.append("\"backDns\":\"%s\"," % backDns) dhcpnode.conf.append("\"gateway\":\"%s\"" % virtual_host_ip) tree.write(conf_path) def del_dhcp_server(self,conf_path): tree = declareTree.parse(conf_path) dhcpnode = tree.nodeList[0].deepfind_name("\"dhcp\"") if dhcpnode == None: return tree.nodeList[0].child_node.remove(dhcpnode) tree.nodeList[0].conf.append("\"dhcp\":null,") tree.write(conf_path) def edit_ldap_server(self,conf_path,ip,port,dnAdmin,passwd,dnEntry,timeout='15',enableAnonymous='0',userAttribute='sAMAccountName',userFilter='objectClass=person'): """ 修改ldap服务器相关配置 :param conf_path: :param ip: 服务器地址 :param port: 服务器端口号 :param dnAdmin: 管理员全路径 :param passwd: 管理员密码 :param dnEntry: 认证查询路径 :param timeout: 查询超时时间（秒） :param enableAnonymous: 匿名登录，目前不用 :param userAttribute: 登录名属性 :param userFilter: 用户过滤参数 :return: Null """ tree = declareTree.parse(conf_path) ldapnode = tree.nodeList[0].deepfind_name("\"ldap\"") if ldapnode == None: tree.nodeList[0].conf.remove('\"ldap\":null,') ldapnode = declareNode(",\"ldap\": {", "}") tree.nodeList[0].add_node(ldapnode) else: ldapnode.conf = [] ldapnode.conf.append("\"ip\":\"%s\"," % ip) ldapnode.conf.append("\"port\":%s," % port) ldapnode.conf.append("\"dnAdmin\":\"%s\"," % dnAdmin) ldapnode.conf.append("\"passwd\":\"%s\"," % passwd) ldapnode.conf.append("\"dnEntry\":\"%s\"," % dnEntry) ldapnode.conf.append("\"timeout\":%s," % timeout) ldapnode.conf.append("\"enableAnonymous\":\"%s\"," % enableAnonymous) ldapnode.conf.append("\"userAttribute\":\"%s\"," % userAttribute) ldapnode.conf.append("\"userFilter\":\"%s\"" % userFilter) tree.write(conf_path) def del_ldap_server(self,conf_path): tree = declareTree.parse(conf_path) ldapnode = tree.nodeList[0].deepfind_name("\"ldap\"") if ldapnode == None: return tree.nodeList[0].child_node.remove(ldapnode) tree.nodeList[0].conf.append("\"ldap\":null,") tree.write(conf_path) def get_vpnclient_ip(self,interface_name="VPN"): #获取客户端登录后获取的ip #return ip interface_id = os.popen("route print inteface|findstr %s" % interface_name).read().strip().split(".")[0] vpnclient_ip = os.popen("netsh interface ipv4 show ipaddresses interface=%s" % interface_id).read().strip().split("----")[0].split(" ")[1] #print vpnclient_ip if "169.254." not in vpnclient_ip: return vpnclient_ip return None if __name__ == '__main__': obj = VPNC2S() #VPNAccess().create_tmp_conf('hub_vpnautotest.baseconf1.com.conf') #obj.edit_client_config('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\vpn_client.config','test','test','test',2) #obj.add_application('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf', 'domain', 'test',34) #print obj.add_application('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf', 'network','12.3.4.5/32') #print obj.add_user('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf','aaaa','72639%!##','1,2,3') #print obj.add_user('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf', 'bbbb','7ss3s#', '1,2,3') #print obj.add_user('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf', 'ccd','7ss3s#', '1,2,3') #obj.edit_group('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf','286', '12,233,4,2,3') #obj.del_application('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf') #obj.del_user('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf') #obj.del_user('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf','autouser1') #obj.edit_dhcp_server('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf','1.2.3.4', '255.0.0.0', '1.2.3.5', '1.2.3.10','','22') #obj.del_dhcp_server('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf') #obj.edit_ldap_server('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf', # '1.2.3.4', '333', 'CN=陈金玉,OU=组 二abc,OU=网研二,DC=VPNcloud,DC=com', '1234', 'DC=VPNcloud,DC=com', enableAnonymous='1') #obj.del_ldap_server('E:\\AutoTest\\CloudVPN\\vpnpop\\lib\\conf\\tmp\\hub_vpnautotest.baseconf1.com.conf') print obj.get_vpnclient_ip()
另外win客户端操作库文件
VPNClient.py
# -*- coding: utf-8 -*- import os,sys,requests,time from VPN_FileProcess import * reload(sys) sys.setdefaultencoding('utf-8') work_path = os.path.dirname(__file__) class VPNClient: def vpn_client_logout(self): print "hi" def vpn_client_exit(self): print "hi" def check_process_ifexist(self, process_name,ifexist="yes"): """校验指定进程是否存在 :param process_name: 进程名称 :param ifexist: yes/no :return: None """ status = os.popen("tasklist|findstr %s" % process_name).read().strip() print status if ifexist == 'yes': if len(status) == 0: raise AssertionError("Error! There does not exist %s!" % process_name) elif ifexist == 'no': if len(status) != 0: raise AssertionError("Error! There already exist %s!" % process_name) else: raise AssertionError("Error! Please input 'yes' or 'no'!") def file_ifcontain_keyword(self, filepath, keyword, ifcontain="yes"): flag = 0 with open(filepath, 'r') as fo: for line in fo.readlines(): if keyword in line.strip(): print "The keyword in result_file is:'%s'"% line flag = flag + 1 if ifcontain =="yes": if flag ==0: raise AssertionError("Error! There has no '%s' in '%s'" % (keyword,filepath)) elif ifcontain =="no": if flag !=0: raise AssertionError("Error! There has '%s' in '%s'" % (keyword,filepath)) else: raise AssertionError("Error! Please input 'yes' or 'no'!") def v_file_contain_x_times_keyword(self, filepath, keyword): flag = 0 with open(filepath, 'r') as fo: for line in fo.readlines(): if keyword in line.strip(): flag = flag + 1 print "The '%s' in '%s' exist %s times!" % (keyword, filepath, flag) return int(flag) def browser_access_url(self,url): """返回访问url的页面内容""" res_text = requests.get(url).text print "Access url:%s, The result is:%s" % (url,res_text) return res_text def vpn_client_login_http(self,username,password,point,idle="no",disconnect_time=8,login_result=0,max_waittime=8): """ :param username: :param password: :param point: :param idle: :param disconnect_time: :param max_waittime: :return: """ #先进行SetConnect self.browser_access_url("http://127.0.0.1:9001/SetConnect?user=%s&passwd=%s&point=%s&idle=%s&time=%s"% (username,password,point,idle,time)) #TryConnect self.browser_access_url("http://127.0.0.1:9001/TryConnect") #获取ConnectStatus waittime = 0 while True: connect_status = self.browser_access_url("http://127.0.0.1:9001/ConnectStatus") if "Established" in connect_status: return connect_status time.sleep(0.5) waittime = waittime + 0.5 if waittime > max_waittime: return connect_status break def vpn_client_login_ifsuccess_check(self, if_useappa='0', if_loginsuccess='0',if_derect_conn='0'): """client登录后，10秒内循环检查客户端是否建立了三条指定链路。主要在【client重启并登录】关键字中使用。 :param if_useappa: 是否使用了appa,默认0=不使用，1=使用，使用了appa则端口为34749，否则再判断是否直连，直连端口默认2668，非直连2666 :param if_loginsuccess: 登录方式，0=正常登录，1=异常登录 :param if_derect_conn: 是否直连，0=非直连，1=直连 :return: None """ if if_useappa == '0' and if_derect_conn == '0': port = g_client2pop_port elif if_useappa == '0' and if_derect_conn == '1': port = g_direct_conn_port elif if_useappa == '1': port = g_client2appa_port else: raise AssertionError("Error! Please input '0' or '1'!") wait_time=0 time_interval=0.5 max_wait_time = 8 while True: print "[netstat -ano|findstr \":%s :%s :%s\"] result is:\n"%(g_client2pop_port,g_direct_conn_port,g_client2appa_port) + \ os.popen("netstat -ano|findstr \":%s :%s :%s\""%(g_client2pop_port,g_direct_conn_port,g_client2appa_port)).read() os.popen("netstat -ano|findstr :%s > tmp_result " % port) status = self.v_file_contain_x_times_keyword('tmp_result', 'ESTABLISHED') if if_loginsuccess == '1' and status == 0: return elif if_loginsuccess == '0' and status == 3: return time.sleep(time_interval) wait_time=wait_time+time_interval if wait_time > max_wait_time: raise AssertionError("Error! Now there has %s tcp link about %s" %(status,port)) break def edit_vpn_client_httpdnsiplist(self,*iplist): """ :param iplist: httpdns服务器列表，可空可多个 :return: """ if len(iplist) == 0: str = '' else: str = '{"HttpDnsIPList": ["' for i in range(len(iplist)): if i == len(iplist) -1: str = str + iplist[i] + '"]}' else: str = str + iplist[i] + '","' #print str with open(g_client_install_path+"\\c2s_config.json",'w') as file: file.write(str) if __name__ == '__main__': obj = VPNClient()
自编操作文件的库文件
# -*- coding: utf-8 -*- # coding: unicoed_escape # from __future__ import print_function #修改windows下hosts文件用 import os, sys, time, stat, shutil, string, chardet, json from VPN_Global_Variables_test import * from VPN_Global_Variables_Common import * # # encoding=utf8 # reload(sys) # sys.setdefaultencoding('utf8') import ctypes #修改windows下hosts文件用 if sys.version_info[0] == 3: #修改windows下hosts文件用 import winreg as winreg else: import _winreg as winreg # 修改windows下hosts文件用 CMD = r"C:\Windows\System32\cmd.exe" FOD_HELPER = r'C:\Windows\System32\fodhelper.exe' PYTHON_CMD = "python" REG_PATH = 'Software\Classes\ms-settings\shell\open\command' DELEGATE_EXEC_REG_KEY = 'DelegateExecute' work_path = os.path.dirname(__file__) os.getcwd() class VPN_FileProcess: def v_file_check_isexist(self, filepath): """校验文件应存在 :param filepath:文件路径 :return: None """ if not os.path.exists(filepath): raise AssertionError("Error! '%s' is not exist!" % filepath) def v_file_ifcontain_keyword(self, filepath, keyword, ifcontain="yes"): """校验文件中是否包含指定的关键字 :param filepath: 文件路径 :param keyword: 指定的关键字 :param ifcontain: yes/no :return: flag(匹配到的次数) """ flag = 0 with open(filepath, 'r') as fo: for line in fo.readlines(): if keyword in line.strip(): # print "The keyword in the line of result_file is: '%s'!" % line flag = flag + 1 if ifcontain == "yes": if flag == 0: raise AssertionError("Error! There has no '%s' in '%s'" % (keyword, filepath)) elif ifcontain == "no": if flag != 0: raise AssertionError("Error! There has '%s' in '%s'" % (keyword, filepath)) else: raise AssertionError("Error! Please input 'yes' or 'no'!") return flag def v_file_contain_x_times_keyword(self, filepath, keyword): flag = 0 with open(filepath, 'r') as fo: for line in fo.readlines(): line = line.decode(chardet.detect(line)['encoding']) if keyword in line.strip(): flag = flag + 1 print "The '%s' in '%s' exist %s times!" % (keyword, filepath, flag) return int(flag) def v_log_file(self, filepath): """已有的打印文件内容的方法，如果文件含有中文或者编码不一致的无法打出来 :param filepath:文件路径 :return: """ self.v_file_check_isexist(filepath) with open(filepath, 'r') as fo: for line in fo.readlines(): line = line.decode(chardet.detect(line)['encoding']) print line.strip() def v_get_current_log_filepath(self, current_date=None): """获取当前client写入的日志文件路径（日志文件名称与当前日期关联） :param current_date: 当前日期 :return: """ if current_date == None: current_date = time.strftime('%Y%m%d', time.localtime(time.time())) current_log_file = g_client_install_path_full.strip('"') + '\log\log_' + current_date + '.log' return current_date, current_log_file def v_start_get_client_log(self): """获取vpn客户端当前写入日志文件的相关信息 :return: count_line(当前日志最后一行行标),current_date_start(写入日志文件关联的日期),current_log_file(当前日志文件的路径) """ count_line = 0 current_date_start, current_log_file = self.v_get_current_log_filepath() # 若当前不存在该日志文件则创建 if not os.path.exists(current_log_file): log_file_fw = open(current_log_file, 'w') log_file_fw.close() log_file_size = os.path.getsize(current_log_file) if log_file_size != 0: count_line = 0 with open(current_log_file, 'r') as fo: for line in fo.readlines(): count_line = count_line + 1 return count_line, current_date_start, current_log_file def v_stop_get_client_log(self, start_line, start_date, redirect_log): """将vpn客户端记录日志的起始位置开始的日志重定向到指定的路径 :param start_line: 需要重定向的起始位置，由v_start_get_client_log方法返回获得 :param start_date: 需要重定向的起始日期，由v_start_get_client_log方法返回获得 :param redirect_log: 重定向的目标文件 :return: None """ current_date_stop, current_log_file = self.v_get_current_log_filepath() fw = open(redirect_log, 'w') count = 0 if current_date_stop == start_date: with open(current_log_file, 'r') as fo: for line in fo.readlines(): count = count + 1 if count >= int(start_line): fw.write(line) elif current_date_stop > start_date: yestday_log_file = self.v_get_current_log_filepath(start_date)[1] with open(yestday_log_file, 'r') as fo_yestday: for line in fo_yestday.readlines(): count = count + 1 if count >= int(start_line): fw.write(line) with open(current_log_file, 'r') as fo_today: for line in fo_today.readlines(): fw.write(line) # 以下方法用于添加hosts解析 def v_del_hosts_win(self, hosts_ip, hosts_domain, hosts_file=r'C:\Windows\System32\drivers\etc\hosts'): """用于win下删除hosts解析，不能直接使用，需要在v_hostsfile_manage_win调用，有些系统权限限制高，无法直接操作hosts :param hosts_ip: :param hosts_domain: :param hosts_file: :return: """ hosts_ip_domain = hosts_ip + " " + hosts_domain fr = open(hosts_file, 'r') fw = open(hosts_file, 'w') # fw = open('tmp','w') for line in fr.readlines(): # print line if '#' not in line and hosts_ip in line and hosts_domain in line: continue fw.write(line) def v_add_hosts_win(self, hosts_ip, hosts_domain, hosts_file): """用于win下删除hosts解析，不能直接使用，需要在v_hostsfile_manage_win调用，有些系统权限限制高，无法直接操作hosts""" hosts_ip_domain = hosts_ip + " " + hosts_domain fw_hosts_file = open(hosts_file, 'a') flag = 0 for line in fw_hosts_file.readlines(): if '#' not in line and hosts_ip in line and hosts_domain in line: flag = 1 print('already exist!') if flag == 0: fw_hosts_file.write(hosts_ip_domain) def v_hosts_is_admin(self): """ Checks if the script is running with administrative privileges. Returns True if is running as admin, False otherwise. """ try: return ctypes.windll.shell32.IsUserAnAdmin() except: return False def v_hosts_create_reg_key(self, key, value): """ Creates a reg key """ try: winreg.CreateKey(winreg.HKEY_CURRENT_USER, REG_PATH) registry_key = winreg.OpenKey(winreg.HKEY_CURRENT_USER, REG_PATH, 0, winreg.KEY_WRITE) winreg.SetValueEx(registry_key, key, 0, winreg.REG_SZ, value) winreg.CloseKey(registry_key) except WindowsError: raise def v_hosts_bypass_uac(self, cmd): """ Tries to bypass the UAC """ try: self.v_hosts_create_reg_key(DELEGATE_EXEC_REG_KEY, '') self.v_hosts_create_reg_key(None, cmd) except WindowsError: raise def v_hostsfile_manage_win(self, add_or_del, hosts_ip, hosts_domain, hosts_file='C:\\Windows\\System32\\drivers\\etc\\hosts'): """增加/删除windows下hosts中记录 :param add_or_del: add/del :param hosts_ip: 添加解析的ip;若输入all，则删除hosts_domain匹配的所有解析 :param hosts_domain: 添加解析的域名 :param hosts_file: hosts文件，默认C:\\Windows\\System32\\drivers\\etc\\hosts :return:None """ if not self.v_hosts_is_admin(): print('[!] The script is NOT running with administrative privileges') print('[+] Trying to bypass the UAC') try: current_dir = __file__ cmd = '{} /c {} {}'.format(CMD, PYTHON_CMD, current_dir) print cmd self.v_hosts_bypass_uac(cmd) print (os.popen(FOD_HELPER).read()) sys.exit(0) except WindowsError: sys.exit(1) else: # 这里添加我们需要管理员权限的代码 print('[+] The script is running with administrative privileges!') hosts_ip_domain = hosts_ip + " " + hosts_domain if add_or_del == 'add': with open(hosts_file, 'a+') as fw_hosts_file: flag = 0 for line in fw_hosts_file.readlines(): if '#' not in line and hosts_ip in line and hosts_domain in line: flag = 1 print('%s is already exist!' % hosts_ip_domain) if flag == 0: fw_hosts_file.write('\n%s' % hosts_ip_domain) elif add_or_del == 'del': shutil.copyfile(hosts_file, 'tmp_hosts') fr = open('tmp_hosts', 'r') with open(hosts_file, 'w') as fw: for line in fr.readlines(): if hosts_ip == 'all': if '#' not in line and hosts_domain in line: continue fw.write(line) else: if '#' not in line and hosts_ip in line and hosts_domain in line: continue fw.write(line) else: try: winreg.DeleteKey(winreg.HKEY_CURRENT_USER, REG_PATH) except: print "Delete the regeditkey failed!" finally: print "Please input add/del!" try: winreg.DeleteKey(winreg.HKEY_CURRENT_USER, REG_PATH) except: print "Delete the regeditkey failed!" def v_channel_name_cut_end(self, channel_name): return channel_name.replace(".wscloudvpn.com", "") def v_get_dist_from_clientlog(self, filepath, src, dst, type): """从客户端日志文件中获取探测到的dist值 :param filepath:日志文件路径 :param src: 探测的起始点 :param dst: 探测的目的 :param type: 探测的类型，应输入client2appa/client2pop/appa2pop/pop2agent其中一个 :return: 返回对应的dist """ self.v_file_check_isexist(filepath) flag = 0 with open(filepath, 'r') as fo: for line in fo.readlines(): if type == "client2appa": keyword = "client2appa: [client]->[%s]:" % dst if keyword in line: flag = 1 dist = line.split(':')[-1].strip() # print line,"#########","The dist is:%s" % dist elif type == "client2pop": keyword = "client2pop: [client]->[%s]:" % dst if keyword in line: flag = 1 dist = line.split(':')[-1].strip() # print line, "#########", "The dist is:%s" % dist elif type == "appa2pop": keyword = "probeinfo src[%s], dst[%s]" % (src, dst) if keyword in line: flag = 1 dist = line.split('dist')[-1].replace('[', '').replace(']', '').strip() # print line, "#########", "The dist is:%s" % dist elif type == "pop2agent": keyword = "pop2as: [%s]->[agent]:" % src if keyword in line: flag = 1 dist = line.split(':')[-1].strip() # print line, "#########", "The dist is:%s" % dist else: raise AssertionError("Error! The type please input 'client2appa/client2pop/appa2pop/pop2agent'!") if flag == 0: raise AssertionError("There is no '%s' in '%s'" % (keyword, filepath)) return int(dist) def v_get_best_route_result_from_clientlog(self, filepath): """从客户端日志中获取，选路结果中的edge_ip和pop_ip :param filepath: :return: 选路结果中的edge_ip和pop_ip """ with open(filepath, 'r') as fo: for line in fo.readlines(): if "Select best route" and "edge_ip" and "origin_ip" in line: edge_ip = line.split('edge_ip')[1].split('],')[0].replace('[', '') pop_ip = line.split('origin_ip')[1].split('],')[0].replace('[', '') print edge_ip, pop_ip return edge_ip, pop_ip def v_edit_client_c2s_config_json(self, *args): for i in args: print i filepath = g_client_install_path + '\c2s_config.json' with open(filepath, 'rb') as fo: json1 = json.load(fo) print json1 def v_wait_until_file_contains_keyword(self, filepath, keyword, match_times=1, max_waittime=30, interval=0.5): """等待文件中包含指定关键字N次之后停止 :param filepath: 校验的文件路径 :param keyword: 指定关键字 :param match_times: 包含的次数 :param max_waittime: 最长的等待时间 :param interval: 检测频率 :return: None """ self.v_file_check_isexist(filepath) waittime = 0 while True: result = os.popen('cat %s|grep \"%s\"|wc -l' % (filepath, keyword)).read() if int(result) == int(match_times): return waittime = waittime + interval time.sleep(interval) if waittime > max_waittime: break raise AssertionError("[%s] in [%s] match %stimes, not equal %s" % (keyword, filepath, result, match_times)) def v_check_bestpath_in_agentlog(self, logpath, routemode, as_ip='', pop_ip='', appa_ip=''): """校验日志中的选路结果，选路结果关建行如： src AC -> 10.8.210.174 PoP -> dst DST src AC -> 10.8.210.173 AS -> dst DST src AC -> 10.8.210.167 APPA -> 10.8.210.174 PoP -> dst DST :param logpath: 日志路径 :param routemode: ac_as,ac_pop,ac_appa_pop :param as_ip: as的ip :param pop_ip: pop的ip :param appa_ip: appa的ip :return: None """ self.v_file_check_isexist(logpath) #等待日志出现PickBestPathEventCb选路结果的日志 self.v_wait_until_file_contains_keyword(logpath, 'PickBestPathEventCb',1, 30, 0.5) one_log = os.popen('cat %s|grep PickBestPathEventCb').read().strip() print "The PickBestPath in agentlog:" % one_log if routemode == 'ac_as': match_times_inlog = self.v_file_contain_x_times_keyword(logpath,'src AC -> %s PoP -> dst DST' % as_ip) elif routemode == 'ac_pop': match_times_inlog = self.v_file_contain_x_times_keyword(logpath,'src AC -> 10.8.210.174 PoP -> dst DST' % pop_ip) elif routemode == 'ac_appa_pop': match_times_inlog = self.v_file_contain_x_times_keyword(logpath, 'src AC -> %s APPA -> %s PoP -> dst DST' % (appa_ip, pop_ip)) else: raise AssertionError("[routemode] please input [ac_as/ac_pop/ac_appa_pop]") if match_times_inlog == 0 : raise AssertionError("Error! The result in log is: %s" % one_log) def v_start_redirect_log(self, from_logpath, to_logpath): """redirect log. :param from_logpath: the source logpath. :param to_logpath: the destination logpath. :return:None """ ip = os.popen("ifconfig eth0|grep \"inet addr\"").read().strip() os.popen("> %s" % to_logpath) os.popen("nohup tail -0f %s > %s & > /dev/null 2>&1" % (from_logpath, to_logpath)) return ip def v_stop_redirect_log(self, from_logpath="tail"): """stop redirect log. :param from_logpath: the source logpath;if no input,stop all redirect log. :return: None """ os.popen("ps -ef|grep 'tail -0f %s' |grep -v grep|awk -F ' ' '{print $2}'|xargs kill -9 > /dev/null 2>&1" % ( from_logpath)) if __name__ == '__main__': obj = VPN_FileProcess()
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