def setUp(self):
logger.info('setUp start')
login.loginWeb(self)
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
def setUp(self):
logger.info('setUp start')
login.loginWeb(self) #admin账号登录
self.driver.implicitly_wait(10)
# 进入网络配置-外网配置
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
def test_001_portRateWAN(self):
u'''wan默认协商速率及端口速率修改 '''
# 进入-系统监控-系统状态 获取型号判断是否支持千M
sysmonitor = sysStaticPage(self.driver, self.url)
sysmonitor.click_systemWatch()
time.sleep(0.5)
sysmonitor.click_sysStatic()
time.sleep(1)
Model = str(sysmonitor.getText_byXpath(sysmonitor.Model))
print(Model)
#判断速率wan口
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_line1edit()
time.sleep(1)
connectionType = wanpage.selelement_byName(wanpage.connectionType)
Select(connectionType).select_by_value('DHCP')
time.sleep(1)
WanMode_seled1 = str(
wanpage.getAttribute_byXpath(wanpage.wanRateseled, 'value'))
self.assertEqual(WanMode_seled1, '3', msg='WAN默认端口速率不为自动协商')
WanMode_seled2 = str(
wanpage.getAttribute_byXpath(wanpage.wanRateseled, 'selected'))
self.assertEqual(WanMode_seled2, 'true', msg='WAN默认端口速率不为自动协商')
WanMode = wanpage.selelement_byXpath(wanpage.selwanRate)
time.sleep(1)
# 0-10M全双工 1-100M全双工 2-1000M全双工 3-自动 4-10M半双工 5-100M半双工
Select(WanMode).select_by_value('0')
time.sleep(1)
Select(WanMode).select_by_value('1')
Select(WanMode).select_by_value('3')
Select(WanMode).select_by_value('4')
Select(WanMode).select_by_value('5')
if 'G' in str(Model) or 'g' in str(Model):
try:
Select(WanMode).select_by_value('2')
except NoSuchElementException:
raise Exception('WAN口不支持千M协商速率')
self.driver.quit()
logger.info('test_001_portRateWAN passed')
def test_001_wanParameters(self):
u'''WAN口相关 工作模式、连接类型、拨号类型、拨号模式'''
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_line1edit()
time.sleep(1)
#工作模式
workMode = wanpage.selelement_byName(wanpage.workMode)
Select(workMode).select_by_value('0') #0 路由模式 1 NAT模式
time.sleep(0.5)
Select(workMode).select_by_value('1')
time.sleep(0.5)
# 连接类型
connectionType = wanpage.selelement_byName(wanpage.connectionType)
Select(connectionType).select_by_value('DHCP')
time.sleep(0.5)
Select(connectionType).select_by_value('STATIC')
time.sleep(0.5)
Select(connectionType).select_by_value('PPPOE')
time.sleep(0.5)
# 拨号类型
pppoeOPMode = wanpage.selelement_byName(wanpage.pppoeOPMode)
Select(pppoeOPMode).select_by_value('DEMAND') #按需拨号
time.sleep(0.5)
Select(pppoeOPMode).select_by_value('MANUAL') #手动拨号
time.sleep(0.5)
Select(pppoeOPMode).select_by_value('KEEPALIVE') #自动拨号
time.sleep(0.5)
# 拨号模式
pppoeDailMode = wanpage.selelement_byName(wanpage.pppoeDailMode)
Select(pppoeDailMode).select_by_value('SP1') # 特殊模式1
time.sleep(0.5)
Select(pppoeDailMode).select_by_value('SP2') # 特殊模式2
time.sleep(0.5)
Select(pppoeDailMode).select_by_value('SP3') # 特殊模式3
time.sleep(0.5)
Select(pppoeDailMode).select_by_value('NORMAL') # 普通模式
time.sleep(0.5)
self.driver.quit()
logger.info('test_001_wanParameters passed')
def test_003_static_PPPoE(self):
u'''固定+PPPoE 接入'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
ConnectState = getAssertText('ConnectState')
# WAN1改成pppoe
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('111')
wan_config.input_pppoePass('111')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
login.loginWeb(self) # admin账号登录
wan_config = NetworkConfig_wanpage(self.driver, self.url)
self.driver.implicitly_wait(10)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
#断言
n = 0
while n < 30:
wan_config.click_refresh()
time.sleep(1)
list_connectState1 = wan_config.getText_byXpath(
wan_config.connectState1)
list_connectState2 = wan_config.getText_byXpath(
wan_config.connectState2)
print(str(list_connectState1), str(list_connectState2))
list_connectState = [
str(list_connectState1),
str(list_connectState2)
]
# 动态接入 未获取到地址/wan口线未接入 都是未连接
if all(t == ConnectState for t in list_connectState):
print('WAN口均已连接', n)
break
else:
time.sleep(2)
n += 1
else:
raise Exception('WAN口未已连接')
#获取两个wan口IP、mac，pppoe接口通过IP判断接口名，固定通过mac地址判断接口名
line1_ip = str(wan_config.getText_byXpath(wan_config.line1IP))
print('line1_ip:', line1_ip)
line2_mac = str(wan_config.getText_byXpath(wan_config.line2Mac))
# print('WAN1_dns=',line2_mac)
self.driver.quit()
#处理wan口的mac地址
#字母变大写
line2_mac1 = line2_mac.upper()
#加冒号
line2_mac2 = line2_mac1[0:2] + ':' + line2_mac1[
2:4] + ':' + line2_mac1[4:6] + ':' + line2_mac1[
6:8] + ':' + line2_mac1[8:10] + ':' + line2_mac1[10:]
print(line2_mac2)
#telnet获取接口名称及确认默认路由
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
# 获取接口名称
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
tn.write(b'ifconfig | grep eth' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
#获取WAN口对应接口名称
result1 = result[3:-9]
# print(result1)
result2 = result1.split(r'\r\n')
print('result2:', result2)
for i in range(len(result2)):
if line2_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line2_Interface_name = result2_num.split()[0]
print(line2_Interface_name)
if line2_Interface_name == None:
raise Exception('获取wan2口对应接口名称失败')
# 通过IP获取wan1ppp接口名称 以及确认默认路由情况
tn.write(b'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN1对应接口名称
result1 = result[2:-7]
print('result1', result1)
result2 = result1.split(r'\r\n')
print('result2', result2)
for x in range(len(result2)):
if line1_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line1_Interface_name = result2_num1.split()[2]
print(line1_Interface_name)
if line1_Interface_name == None:
raise Exception('获取wan1口对应接口名称失败')
#确认默认路由情况
wan1route = 'nexthop dev ' + line1_Interface_name + ' weight '
wan2route = 'dev ' + line2_Interface_name + ' weight '
print('wan1route:', wan1route, 'wan2route:', wan2route)
for i in range(len(result2)):
if wan1route in result2[i]:
wan1route_status = not None
print('wan1路由在')
if wan2route in result2[i]:
wan2route_status = not None
print('wan2路由在')
if wan1route_status == None:
raise Exception('wan1默认路由不存在')
if wan2route_status == None:
raise Exception('wan2默认路由不存在')
tn.close() # tn.write('exit\n')
logger.info('test_003_static_PPPoE passed')
def test_002_backupLineSW(self):
u'''双固定IP接入时的线路切换：主、备份线路'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
#1、获取wan1、wan2 网关及mac
line1_mac = str(wan_config.getText_byXpath(wan_config.line1Mac))
# print('WAN1_dns=',line1_mac)
line2_mac = str(wan_config.getText_byXpath(wan_config.line2Mac))
# print('WAN1_dns=',line2_mac)
# 处理wan口的mac地址
# 字母变大写
line1_mac1 = line1_mac.upper()
line2_mac1 = line2_mac.upper()
# 加冒号
line1_mac2 = line1_mac1[0:2] + ':' + line1_mac1[
2:4] + ':' + line1_mac1[4:6] + ':' + line1_mac1[
6:8] + ':' + line1_mac1[8:10] + ':' + line1_mac1[10:]
line2_mac2 = line2_mac1[0:2] + ':' + line2_mac1[
2:4] + ':' + line2_mac1[4:6] + ':' + line2_mac1[
6:8] + ':' + line2_mac1[8:10] + ':' + line2_mac1[10:]
print(line1_mac2, line2_mac2)
#WAN1改为备份线路
wan_config.click_line1edit()
time.sleep(1)
line_type = wan_config.selelement_byXpath(wan_config.line_type)
Select(line_type).select_by_value('0') #1为主 0为备份
wan_config.click_save()
time.sleep(10)
n = 0
while n < 20:
ping = pingTestIP()
if ping != 'Y':
time.sleep(1)
n += 1
else:
break
self.driver.quit()
# telnet获取接口名称及确认默认路由（wan1备份应该只剩下wan2默认路由）
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
# 获取接口名称
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
tn.write(b'ifconfig | grep eth' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN口对应接口名称
result1 = result[3:-9]
# print(result1)
result2 = result1.split(r'\r\n')
print('result2:', result2)
for i in range(len(result2)):
if line1_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line1_Interface_name = result2_num.split()[0]
print(line1_Interface_name)
if line2_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line2_Interface_name = result2_num.split()[0]
print(line2_Interface_name)
if line1_Interface_name == None:
raise Exception('获取wan1口对应接口名称失败')
if line2_Interface_name == None:
raise Exception('获取wan2口对应接口名称失败')
# 确认默认路由情况
roure1 = bytes(('ip route | grep "%s"') % line2_Interface_name,
encoding="utf8")
tn.write(roure1 + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN1对应接口名称
result1 = result[2:-7]
print('result1', result1)
result2 = result1.split(r'\r\n')
print('result2', result2)
#wan1已备份，只剩wan2路由，这里只判断wan2的
wan2route = 'dev ' + line2_Interface_name
print('wan2route:', wan2route)
for i in range(len(result2)):
if 'default' in result2[i] and wan2route in result2[i]:
wan2route_status = not None
print('wan2路由在')
if wan2route_status == None:
raise Exception('wan2默认路由显示有误')
#单线路默认路由变为：default via 192.168.11.1 dev eth2.3 equalize 不再有weight值
# (高通没有equalize)：default via 192.168.12.1 dev eth0.3
#多线mtk
# default equalize
# nexthop via 192.168.32.1 dev eth2.2 weight 1
# nexthop via 192.168.200.1 dev eth2.3 weight 1
# 多线高通
# default
# nexthop via 192.168.11.1 dev eth0.2 weight 1
# nexthop via 192.168.11.1 dev eth0.3 weight 1
tn.close() # tn.write('exit\n')
#2、设置线路检测地址，验证线路切换
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
self.driver.maximize_window()
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
#配置线路检测 检测3s 检测 3次，地址为223.5.5.5
wan_config.click_GlobalConfig()
time.sleep(1)
wan_config.input_KeepLive1('3')
wan_config.input_RetryTimes1('3')
sel1 = wan_config.selelement_byName(wan_config.PriAddrType1)
Select(sel1).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP1('223.5.5.5')
wan_config.input_KeepLive2('3')
wan_config.input_RetryTimes2('3')
sel2 = wan_config.selelement_byName(wan_config.PriAddrType2)
Select(sel2).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP2('1.2.3.4') #WAN2配一个ping不通的地址，测试线路切换
wan_config.click_save()
time.sleep(2)
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(
wan_config.getAttribute_byClass(wan_config.tipsshowin,
'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
#切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
KeepLive2 = str(
wan_config.getAttribute_byName(wan_config.KeepLive2v, 'value'))
RetryTimes2 = str(
wan_config.getAttribute_byName(wan_config.RetryTimes2v, 'value'))
DestIP2 = str(
wan_config.getAttribute_byName(wan_config.DestIP2v, 'value'))
self.assertEqual(KeepLive2, '3', msg='wan2检测间隔与设置不一致')
self.assertEqual(RetryTimes2, '3', msg='wan2检测次数与设置不一致')
self.assertEqual(DestIP2, '1.2.3.4', msg='wan2检测地址与设置不一致')
# 确认默认路由情况
# 单线路默认路由变为：default via 192.168.11.1 dev eth2.2 equalize 不再有weight值
wan1route1 = 'dev ' + line1_Interface_name
print('wan1route:', wan1route1)
roure1 = bytes(('ip route | grep "%s"') % line1_Interface_name,
encoding="utf8")
time.sleep(10) # 等待检测，路由切换
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result:', result)
result4 = result[1:]
# print('result4', result4)
result5 = result4.replace('\r\n', ' ')
print('result5', result5)
tn.close()
# wan2、wan3检测不通，这里判断仅wan1在
if 'default' in result5 and wan1route1 in result5:
print('wan1路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan1route1: %s' % wan1route1)
logger.info(u'result5: %s' % result5)
raise Exception('wan1默认路由显示有误')
#3、将wan2检测目标改正确，线路、路由切换回来
wan_config.input_DestIP2('223.5.5.5') # WAN2检测地址改可ping通，测试线路切换
wan_config.click_save()
time.sleep(2)
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(
wan_config.getAttribute_byClass(wan_config.tipsshowin,
'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
DestIP2 = str(
wan_config.getAttribute_byName(wan_config.DestIP2v, 'value'))
self.assertEqual(DestIP2, '223.5.5.5', msg='wan2检测地址与设置不一致')
time.sleep(20) # 等待检测，路由切换
# 确认默认路由情况（wan2检测地址通，默认路由应切换成wan2）
# 单线路默认路由变为：default via 192.168.11.1 dev eth2.2 equalize 不再有weight值
wan2route1 = 'dev ' + line2_Interface_name
print('wan2route1:', wan2route1)
roure1 = bytes(('ip route | grep "%s"') % wan2route1, encoding="utf8")
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result:', result)
result4 = result[1:]
# print('result4', result4)
result5 = result4.replace('\r\n', ' ')
print('result5', result5)
# wan2、wan3检测不通，这里只判断wan1的
tn.close()
if 'default' in result5 and wan2route1 in result5:
print('wan2路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan2route1: %s' % wan2route1)
logger.info(u'result5: %s' % result5)
raise Exception('wan2默认路由显示有误')
#4、wan1口改回主线路
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line1edit()
time.sleep(1)
line_type = wan_config.selelement_byXpath(wan_config.line_type)
Select(line_type).select_by_value('1') # 1为主 0为备份
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
# telnet获取接口名称及确认默认路由
wan1route_2 = 'dev ' + line1_Interface_name + ' weight '
wan2route_2 = 'dev ' + line2_Interface_name + ' weight '
print('wan1route_2:', wan1route_2, 'wan2route_2:', wan2route_2)
time.sleep(10)
# 获取接口名称
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
# 确认默认路由情况
tn.write(b'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result9 = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result9:', result9)
# 获取WAN1对应接口名称
result10 = result9[1:]
# print('result10', result10)
result11 = result10.replace('\r\n', ' ')
print('result11', result11)
tn.close()
if (wan1route_2 in result11) and (wan2route_2 in result11):
print('wan1/wan2路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan1route_2: %s' % wan1route_2)
logger.info(u'wan2route_2: %s' % wan2route_2)
logger.info(u'result11 %s' % result11)
raise Exception('wan1/wan2默认路由显示有误')
logger.info('test_002_backupLineSW passed')
def test_syslog(self):
u'''日志服务器'''
pcNetworkID = getweb('pcNetworkID')
wiresharkpath = getpath('wiresharkpath')
host = gettelnet('host')
#0、清理tmp下的syslog.pcapng\log文件
call_Firefox.del_syslog_log(self)
#1、开启syslog server
pcaddr = socket.gethostbyname(socket.getfqdn(socket.gethostname()))
login.loginWeb(self)
self.driver.implicitly_wait(10)
syslog = syslogPage(self.driver, self.url)
syslog.click_sysConfig()
time.sleep(0.5)
syslog.click_Syslog()
time.sleep(1)
syslog.click_SyslogServer()
time.sleep(1)
syslog.click_syslogEn()
syslog.input_ServerIp(pcaddr)
syslog.input_ServerPort('514')
syslog.click_save()
time.sleep(1)
syslogEs = syslog.getAttribute_byXpath(syslog.syslogEs, 'checked')
self.assertEqual(syslogEs, 'true', msg='syslog服务器启用失败')
#2、wan口改为dhcp 使生成syslog
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(0.5)
# 3、调用wireshark 开启抓包，必须要抓到包之后才会进行下一步，因此放在设置vpn之后，通过抓下一次的log
packetfile = tmppath + 'syslogtest.pcapng'
dir = wiresharkpath[0:2]
getpacket = ('tshark -i%s -f "udp port 514" -w %s -c 2' %
(pcNetworkID, packetfile))
os.system('%s && cd %s && %s' % (dir, wiresharkpath, getpacket))
#4、读取抓包显示 并存为log文件
logfile = tmppath + 'syslogtest.log'
savepacket = (
'tshark -r %s -T fields -e "ip.src" -e ip.dst -Y "syslog" > %s ' %
(packetfile, logfile))
os.system('%s && cd %s && %s' % (dir, wiresharkpath, savepacket))
#5、读取判断syslog生效
with open(logfile, 'r') as file_to_read:
while True:
lines = file_to_read.readline() # 整行读取数据
print(lines)
if not lines:
break
if host + pcaddr in lines:
print(u'验证通过')
self.driver.quit()
logger.info('test_reboot1 passed')
def test_001_static(self):
u'''五条线路固定IP地址接入'''
# 获取5条外线的链接类型
wan_config = NetworkConfig_wanpage(self.driver, self.url)
linetype = getAssertText('DHCPline')
ConnectState = getAssertText('ConnectState')
line1_type = wan_config.getText_byXpath(wan_config.line1Type)
line2_type = wan_config.getText_byXpath(wan_config.line2Type)
line3_type = wan_config.getText_byXpath(wan_config.line3Type)
line4_type = wan_config.getText_byXpath(wan_config.line4Type)
line5_type = wan_config.getText_byXpath(wan_config.line5Type)
print(linetype,line1_type,line2_type,line3_type,line4_type,line5_type)
# 先改为动态接入，得到正确的IP地址及网关地址
# WAN1
if str(line1_type) != linetype:
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
else:
print('wan1 动态接入')
if str(line2_type) != linetype:
wan_config.click_line2edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
else:
print('wan2 动态接入')
if str(line3_type) != linetype:
wan_config.click_line3edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
else:
print('wan3 动态接入')
if str(line4_type) != linetype:
wan_config.click_line4edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
else:
print('wan4 动态接入')
if str(line5_type) != linetype:
wan_config.click_line5edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
else:
print('wan5 动态接入')
# 断言
n = 0
while n < 30:
wan_config.click_refresh()
time.sleep(1)
list_connectState1 = wan_config.getText_byXpath(wan_config.connectState1)
list_connectState2 = wan_config.getText_byXpath(wan_config.connectState2)
list_connectState3 = wan_config.getText_byXpath(wan_config.connectState3)
list_connectState4 = wan_config.getText_byXpath(wan_config.connectState4)
list_connectState5 = wan_config.getText_byXpath(wan_config.connectState5)
print(str(list_connectState1), str(list_connectState2), str(list_connectState3),str(list_connectState4),
str(list_connectState5))
list_connectState = [str(list_connectState1), str(list_connectState2), str(list_connectState3),
str(list_connectState4),str(list_connectState5)]
# 动态接入 未获取到地址/wan口线未接入 都是未连接
if all(t == ConnectState for t in list_connectState):
print('WAN口均已获取到地址', n)
break
else:
time.sleep(2)
n += 1
else:
raise Exception('WAN口未获取到地址')
# 获取三个wan口IP、网关、mac
WAN1_ip = wan_config.getText_byXpath(wan_config.line1IP)
WAN2_ip = wan_config.getText_byXpath(wan_config.line2IP)
WAN3_ip = wan_config.getText_byXpath(wan_config.line3IP)
WAN4_ip = wan_config.getText_byXpath(wan_config.line4IP)
WAN5_ip = wan_config.getText_byXpath(wan_config.line5IP)
# print('WAN1_ip=',WAN1_ip,'WAN2_ip=',WAN2_ip,'WAN3_ip=',WAN3_ip,'WAN4_ip=',WAN4_ip)
WAN1_gw = wan_config.getText_byXpath(wan_config.line1gw)
WAN2_gw = wan_config.getText_byXpath(wan_config.line2gw)
WAN3_gw = wan_config.getText_byXpath(wan_config.line3gw)
WAN4_gw = wan_config.getText_byXpath(wan_config.line4gw)
WAN5_gw = wan_config.getText_byXpath(wan_config.line5gw)
# print('WAN1_gw=',WAN1_gw)
WAN1_dns = wan_config.getText_byXpath(wan_config.line1Dns)
WAN2_dns = wan_config.getText_byXpath(wan_config.line2Dns)
WAN3_dns = wan_config.getText_byXpath(wan_config.line3Dns)
WAN4_dns = wan_config.getText_byXpath(wan_config.line4Dns)
WAN5_dns = wan_config.getText_byXpath(wan_config.line5Dns)
# print('WAN1_dns=',WAN1_dns)
line1_mac = str(wan_config.getText_byXpath(wan_config.line1Mac))
# print('WAN1_dns=',line1_mac)
line2_mac = str((wan_config.getText_byXpath(wan_config.line2Mac)))
# print('WAN1_dns=',line2_mac)
line3_mac = str((wan_config.getText_byXpath(wan_config.line3Mac)))
# print('WAN1_dns=',line3_mac)
line4_mac = str((wan_config.getText_byXpath(wan_config.line4Mac)))
line5_mac = str((wan_config.getText_byXpath(wan_config.line5Mac)))
# 改为固定接入
# 将wan1口的IP/网关/dns 拿来输入
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('STATIC')
time.sleep(1)
wan_config.input_staticIp(WAN1_ip)
wan_config.input_staticGateway(WAN1_gw)
wan_config.input_staticPriDns(WAN1_dns)
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN2
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line2edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('STATIC')
time.sleep(1)
wan_config.input_staticIp(WAN2_ip)
wan_config.input_staticGateway(WAN2_gw)
wan_config.input_staticPriDns(WAN2_dns)
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN3
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line3edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('STATIC')
time.sleep(1)
wan_config.input_staticIp(WAN3_ip)
wan_config.input_staticGateway(WAN3_gw)
wan_config.input_staticPriDns(WAN3_dns)
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN4
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line4edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('STATIC')
time.sleep(1)
wan_config.input_staticIp(WAN4_ip)
wan_config.input_staticGateway(WAN4_gw)
wan_config.input_staticPriDns(WAN4_dns)
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN5
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line5edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('STATIC')
time.sleep(1)
wan_config.input_staticIp(WAN5_ip)
wan_config.input_staticGateway(WAN5_gw)
wan_config.input_staticPriDns(WAN5_dns)
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 断言
n = 0
while n < 30:
wan_config.click_refresh_s()
time.sleep(1)
list_connectState1 = wan_config.getText_byXpath(wan_config.connectState1)
list_connectState2 = wan_config.getText_byXpath(wan_config.connectState2)
list_connectState3 = wan_config.getText_byXpath(wan_config.connectState3)
list_connectState4 = wan_config.getText_byXpath(wan_config.connectState4)
list_connectState5 = wan_config.getText_byXpath(wan_config.connectState5)
print(str(list_connectState1), str(list_connectState2), str(list_connectState3), str(list_connectState4),
str(list_connectState5))
list_connectState = [str(list_connectState1), str(list_connectState2), str(list_connectState3),
str(list_connectState4), str(list_connectState5)]
# 动态接入 未获取到地址/wan口线未接入 都是未连接
if all(t == ConnectState for t in list_connectState):
print('WAN口均已连接', n)
break
else:
time.sleep(2)
n += 1
else:
raise Exception('WAN口未连接')
# 处理wan口的mac地址
# 字母变大写
line1_mac1 = line1_mac.upper()
line2_mac1 = line2_mac.upper()
line3_mac1 = line3_mac.upper()
line4_mac1 = line4_mac.upper()
line5_mac1 = line5_mac.upper()
# 加冒号
line1_mac2 = line1_mac1[0:2] + ':' + line1_mac1[2:4] + ':' + line1_mac1[4:6] + ':' + line1_mac1[
6:8] + ':' + line1_mac1[
8:10] + ':' + line1_mac1[
10:]
line2_mac2 = line2_mac1[0:2] + ':' + line2_mac1[2:4] + ':' + line2_mac1[4:6] + ':' + line2_mac1[
6:8] + ':' + line2_mac1[
8:10] + ':' + line2_mac1[
10:]
line3_mac2 = line3_mac1[0:2] + ':' + line3_mac1[2:4] + ':' + line3_mac1[4:6] + ':' + line3_mac1[
6:8] + ':' + line3_mac1[
8:10] + ':' + line3_mac1[
10:]
line4_mac2 = line4_mac1[0:2] + ':' + line4_mac1[2:4] + ':' + line4_mac1[4:6] + ':' + line4_mac1[
6:8] + ':' + line4_mac1[
8:10] + ':' + line4_mac1[
10:]
line5_mac2 = line5_mac1[0:2] + ':' + line5_mac1[2:4] + ':' + line5_mac1[4:6] + ':' + line5_mac1[
6:8] + ':' + line5_mac1[
8:10] + ':' + line5_mac1[
10:]
print(line1_mac2, line2_mac2, line3_mac2, line4_mac2, line5_mac2)
# telnet获取接口名称及确认默认路由
# 获取接口名称
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
# 获取接口名称
tn = telnetlib.Telnet(host=hostip, port=port,timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
tn.write(b'ifconfig | grep eth' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN口对应接口名称
result1 = result[3:-9]
# print(result1)
result2 = result1.split(r'\r\n')
print('result2:', result2)
for i in range(len(result2)):
if line1_mac2 in result2[i]:
result2_num = (result2[i])
print(result2_num)
line1_Interface_name = result2_num.split()[0]
print(line1_Interface_name)
if line2_mac2 in result2[i]:
result2_num = (result2[i])
print(result2_num)
line2_Interface_name = result2_num.split()[0]
print(line2_Interface_name)
if line3_mac2 in result2[i]:
result2_num = (result2[i])
print(result2_num)
line3_Interface_name = result2_num.split()[0]
print(line3_Interface_name)
if line4_mac2 in result2[i]:
result2_num = (result2[i])
print(result2_num)
line4_Interface_name = result2_num.split()[0]
print(line4_Interface_name)
if line5_mac2 in result2[i]:
result2_num = (result2[i])
print(result2_num)
line5_Interface_name = result2_num.split()[0]
print(line5_Interface_name)
if line1_Interface_name == None:
raise Exception('获取wan1口对应接口名称失败')
if line2_Interface_name == None:
raise Exception('获取wan2口对应接口名称失败')
if line3_Interface_name == None:
raise Exception('获取wan3口对应接口名称失败')
if line4_Interface_name == None:
raise Exception('获取wan4口对应接口名称失败')
if line5_Interface_name == None:
raise Exception('获取wan5口对应接口名称失败')
# 确认默认路由情况
tn.write(b'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN1对应接口名称
result1 = result[2:-7]
print('result1', result1)
result2 = result1.split(r'\r\n')
print('result2', result2)
wan1route = 'dev ' + line1_Interface_name + ' weight '
wan2route = 'dev ' + line2_Interface_name + ' weight '
wan3route = 'dev ' + line3_Interface_name + ' weight '
wan4route = 'dev ' + line4_Interface_name + ' weight '
wan5route = 'dev ' + line5_Interface_name + ' weight '
print('wan1route:', wan1route, 'wan2route:', wan2route, 'wan3route:', wan3route, 'wan4route:', wan4route,
'wan5route:', wan5route)
for i in range(len(result2)):
if wan1route in result2[i]:
wan1route_status = not None
print('wan1路由在')
if wan2route in result2[i]:
wan2route_status = not None
print('wan2路由在')
if wan3route in result2[i]:
wan3route_status = not None
print('wan3路由在')
if wan4route in result2[i]:
wan4route_status = not None
print('wan4路由在')
if wan5route in result2[i]:
wan5route_status = not None
print('wan5路由在')
if wan1route_status == None:
raise Exception('wan1默认路由不存在')
if wan2route_status == None:
raise Exception('wan2默认路由不存在')
if wan3route_status == None:
raise Exception('wan3默认路由不存在')
if wan4route_status == None:
raise Exception('wan4默认路由不存在')
if wan5route_status == None:
raise Exception('wan5默认路由不存在')
tn.close() # tn.write('exit\n')
self.driver.quit()
logger.info('test_001_static passed')
def test_001_staticRouting(self):
u'''配置静态路由，能在命令行查看到相关路由'''
ConnectState = getAssertText('ConnectState')
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
# 从外网配置页面获取WAN1口地址
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
# WAN1 ip变量赋值，页面读取
# 判断联网状态
i = 0
while i < 21:
wanpage.click_refresh()
time.sleep(1)
list_conState = wanpage.getText_byXpath(wanpage.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
WAN1_ip = str(wanpage.getText_byXpath(wanpage.line1IP))
time.sleep(1)
# 添加静态路由
routeconfig = RouteConfigPage(self.driver, self.url)
routeconfig.click_Routeconfig()
time.sleep(1)
routeconfig.click_add()
time.sleep(1)
routeconfig.input_RouteNames('static')
routeconfig.input_DesIPs('223.5.5.5')
routeconfig.input_DesMasks('255.255.255.255')
routeconfig.input_GateWays(WAN1_ip)
routeconfig.click_save()
time.sleep(5)
#断言
list_dst = str(routeconfig.getText_byXpath(routeconfig.list_dst))
self.assertEqual(list_dst, '223.5.5.5', msg='目的网络不为"223.5.5.5"')
self.driver.quit()
# 连接Telnet服务器
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
# 输入登录用户名
tn.read_until(b'login:'******'Password:'******'#')
tn.write(b'ip route show tab 120' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 判断
if "223.5.5.5" in result:
print('命令行可以看到配置路由')
else:
raise Exception('命令行未看到路由') # 如果没有则报错
tn.close() # tn.write('exit\n')
logger.info('test_001_staticRouting passed')
def test_001_dhcp(self):
u'''外网配置 - 动态接入'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
#先判断几条外线接入，删除其他几条外线
wan_config.click_line1edit()
time.sleep(1)
value_list = []
wan_num = wan_config.selelement_byName(wan_config.PortName)
options_list = wan_num.find_elements_by_tag_name(
wan_config.PortNameOptions)
for option in options_list:
print("Value is:%s Text is:%s" %
(option.get_attribute("value"), option.text))
value_list.append(option.get_attribute("value"))
print(value_list)
wan_config.click_back()
time.sleep(1)
if 'WAN2' in value_list:
wan_config.click_line2delete()
time.sleep(1)
wan_config.click_cfm_ok()
time.sleep(10)
if 'WAN3' in value_list:
wan_config.click_line3delete()
time.sleep(1)
wan_config.click_cfm_ok()
time.sleep(10)
if 'WAN4' in value_list:
wan_config.click_line4delete()
time.sleep(1)
wan_config.click_cfm_ok()
time.sleep(10)
if 'WAN5' in value_list:
wan_config.click_line5delete()
time.sleep(1)
wan_config.click_cfm_ok()
time.sleep(10)
# 获取外线的链接类型
line1_type = wan_config.getText_byXpath(wan_config.line1Type)
linetype = getAssertText('DHCPline')
ConnectState = getAssertText('ConnectState')
# 先改为动态接入，得到正确的IP地址及网关地址
# WAN1
if str(line1_type) != linetype:
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(
wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10) # 修改接口后 可能会回到登录页面 所以关闭，再打开
self.driver.quit()
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
else:
print('wan1 动态接入')
#断言
list_lineType = wan_config.getText_byXpath(wan_config.line1Type)
print('list_lineType:', list_lineType)
self.assertEqual(str(list_lineType), linetype, msg='连接类型 不为 动态接入')
# 判断联网状态
i = 0
while i < 21:
wan_config.click_refresh()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
# pingTestIP('114.114.114.114')
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
time.sleep(3)
i += 1
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
self.driver.quit()
logger.info('test_001_dhcp passed')
def test_003_pppoe(self):
u'''外网配置 - PPPoE接入'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
PPPoEline = getAssertText('PPPoEline')
ConnectState = getAssertText('ConnectState')
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('111')
wan_config.input_pppoePass('111')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
#断言
list_lineType = wan_config.getText_byXpath(wan_config.line1Type)
# print('list_lineType:',list_lineType)
self.assertEqual(str(list_lineType), PPPoEline, msg='连接类型 不为 PPPoE接入')
# PPPoE接入 拨号成功才会显示已连接
i = 0
while i < 21:
wan_config.click_refresh()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
# pingTestIP('114.114.114.114')
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
i += 1
time.sleep(3)
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
# list_connectState1 = wan_config.getText_byXpath(wan_config.connectState1)
# print('list_connection_state:',str(list_connectState1))
# if str(list_connectState1) != ConnectState: # PPPoE接入 拨号成功才会显示已连接
# time.sleep(5)
# wan_config.click_refresh()
# time.sleep(0.5)
# list_connectState1 = wan_config.getText_byXpath(wan_config.connectState1)
# if str(list_connectState1) != ConnectState:
# wan_config.click_connectState1()
# wan_config.click_dial()
# time.sleep(10)
# wan_config.click_refresh()
# time.sleep(0.5)
# list_connectState1 = wan_config.getText_byXpath(wan_config.connectState1)
# if str(list_connectState1) != ConnectState:
# raise Exception('WAN1 未连接')
# else: # 已连接
# time.sleep(3)
# pingTestIP('114.114.114.114') #避免失误
# pingTestIP('www.baidu.com') #避免失误
# p = pingTestIP('www.baidu.com')
# if p == 'N':
# raise Exception('connect failed.')
# else: # 已连接
# time.sleep(3)
# pingTestIP('114.114.114.114') #避免失误
# pingTestIP('www.baidu.com') #避免失误
# p = pingTestIP('www.baidu.com')
# if p == 'N':
# raise Exception('connect failed.')
# else: # 已连接
# time.sleep(3)
# pingTestIP('114.114.114.114')
# pingTestIP('www.baidu.com')
# p = pingTestIP('www.baidu.com')
# if p == 'N':
# raise Exception('connect failed.')
self.driver.quit()
print(u'外网配置 - PPPoE接入 验证通过')
#改回动态接入
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10)
self.driver.quit()
logger.info('test_003_pppoe passed')
def test_002_static(self):
u'''外网配置 - 固定接入'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
Staticline = getAssertText('Staticline')
ConnectState = getAssertText('ConnectState')
# 从外网配置页面获取WAN1口地址
# 判断联网状态
i = 0
while i < 21:
wan_config.click_refresh()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
# WAN1 ip变量赋值，页面读取
WAN1_ip = wan_config.getText_byXpath(wan_config.line1IP)
# print('WAN1_ip=',WAN1_ip)
WAN1_gw = wan_config.getText_byXpath(wan_config.line1gw)
# print('WAN1_gw=',WAN1_gw)
WAN1_dns = wan_config.getText_byXpath(wan_config.line1Dns)
# print('WAN1_dns=',WAN1_dns)
time.sleep(1)
# 将wan1口的IP/网关/dns 拿来输入
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('STATIC')
time.sleep(1)
wan_config.input_staticIp(WAN1_ip)
wan_config.input_staticGateway(WAN1_gw)
wan_config.input_staticPriDns(WAN1_dns)
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
#断言
list_lineType = wan_config.getText_byXpath(wan_config.line1Type)
print('list_lineType', list_lineType)
self.assertEqual(str(list_lineType), Staticline, msg='连接类型 不为 固定接入')
# 判断联网状态
i = 0
while i < 21:
wan_config.click_refresh_s()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
# pingTestIP('114.114.114.114')
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
i += 1
time.sleep(3)
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
self.driver.quit()
logger.info('test_002_static passed')
def test_001_easyIP(self):
u'''验证 easyIP,后台telnet验证iptables规则'''
# 通过用户状态获取httpserver的IP地址
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
status = Organization_userStatusPage(self.driver, self.url)
status.click_UserManage()
time.sleep(0.5)
status.click_userstatus()
time.sleep(1)
# 将页面刷新按钮改成“手动”
sel = status.selelement_byXpath(status.selmanual)
Select(sel).select_by_value('manual')
time.sleep(1)
status.click_refreshtable()
time.sleep(1)
status.input_search(serverPcMac)
status.click_searchb()
time.sleep(1)
try:
serverIP = status.getText_byXpath(status.list_IP1)
except NoSuchElementException:
raise Exception(u'用户状态中未找到server IP')
# print(serverIP)
# 从外网配置页面获取WAN1口地址
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
# WAN1 ip变量赋值，页面读取
# 判断联网状态
i = 0
while i < 21:
wanpage.click_refresh()
time.sleep(1)
list_conState = wanpage.getText_byXpath(wanpage.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
WAN1_ip = str(wanpage.getText_byXpath(wanpage.line1IP))
print('WAN1_ip=',WAN1_ip)
time.sleep(1)
#判断IP
serverIPadd = str(serverIP).split(r'.')[-1]
print(serverIPadd)
if (int(serverIPadd) - 1 > 1) and (int(serverIPadd) + 2 <= 255):
serverIPadd_1 = str(serverIP).split(r'.')[:-1] + str(int(serverIPadd) - 1)
serverIPadd1 = str(serverIP).split(r'.')[:-1] + str(int(serverIPadd) + 1)
serverIPadd2 = str(serverIP).split(r'.')[:-1] + str(int(serverIPadd) + 2)
else:
serverIPadd_1 = str(serverIP).split(r'.')[:-1] + str(int(serverIPadd) + 1)
serverIPadd1 = str(serverIP).split(r'.')[:-1] + str(int(serverIPadd) - 2)
serverIPadd2 = str(serverIP).split(r'.')[:-1] + str(int(serverIPadd) - 1)
WAN1_ipadd = str(WAN1_ip).split(r'.')[-1]
if int(WAN1_ipadd) + 1 <= 255:
WAN1_ipadd1 = str(WAN1_ip).split(r'.')[:-1] + str(int(WAN1_ipadd) + 1)
else:
WAN1_ipadd1 = str(int(WAN1_ipadd) - 1)
#新增
natRule = natRulePage(self.driver, self.url)
#1 包含 边界
natRule.click_NetworkConfig()
time.sleep(0.5)
natRule.click_portMapping()
time.sleep(1)
natRule.click_natRule()
time.sleep(1)
natRule.click_add()
time.sleep(1)
natRule.input_RuleIDs('easyIPtest')
natRule.input_InFromIPs(serverIP)
natRule.input_InEndIPs(serverIPadd2)
natRule.input_OutIPs(WAN1_ipadd1)
time.sleep(1)
natRule.click_save()
time.sleep(1)
#断言
InFromIPs = str(natRule.getText_byXpath(natRule.list_InFromIPs))
self.assertEqual(InFromIPs,serverIP, msg='内网起始IP地址 与设置的不一致')
InEndIPs = str(natRule.getText_byXpath(natRule.list_InEndIPs))
self.assertEqual(InEndIPs, serverIPadd2, msg='内网结束IP地址 与设置的不一致')
OutIPs = str(natRule.getText_byXpath(natRule.list_OutIPs))
self.assertEqual(OutIPs, WAN1_ipadd1, msg='外网起始IP地址 与设置的不一致')
print('easyIP规则 已添加')
# 3、调用wireshark 开启抓包，必须要抓到包之后才会进行下一步，因此放在设置vpn之后，通过抓下一次的log
packetfile = tmppath + 'syslogtest.pcapng'
dir = wiresharkpath[0:2]
getpacket = ('tshark -i%s -f "icmp" -w %s -c 2' % (pcNetworkID, packetfile))
os.system('%s && cd %s && %s' % (dir, wiresharkpath, getpacket))
# 4、读取抓包显示 并存为log文件
logfile = tmppath + 'syslogtest.log'
savepacket = ('tshark -r %s -T fields -e "ip.src" -e ip.dst -Y "syslog" > %s ' % (packetfile, logfile))
os.system('%s && cd %s && %s' % (dir, wiresharkpath, savepacket))
# 5、读取判断syslog生效
with open(logfile, 'r') as file_to_read:
while True:
lines = file_to_read.readline() # 整行读取数据
print(lines)
if not lines:
break
if host + pcaddr in lines:
print(u'验证通过')
# # 连接Telnet服务器
# hostip = gettelnet('host')
# port = gettelnet('port')
# username = bytes(getweb('User'), encoding="utf8")
# password = bytes(getweb('Passwd'), encoding="utf8")
# tn = telnetlib.Telnet(host=hostip, port=port)
# tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
# # 输入登录用户名
# tn.read_until(b'login:'******'Password:'******'#')
# tn.write(b'iptables -t nat -L wan1_nat_rule_loop' + b'\n')
# # 输出结果，判断
# time.sleep(1)
# result = str(tn.read_very_eager()) # 只会存最后一条命令的结果
# print('-------------------输出结果------------------------')
# # 命令执行结果
# print('result:', result)
# #后台实际应有的结果
# result1='SNAT all -- anywhere anywhere source IP range 192.168.1.200-192.168.1.202 to:192.169.122.250'
# # 判断
# if result1 in result:
# print('easyIP规则 验证成功')
# else:
# raise Exception('easyIP规则 验证失败') # 如果没有则报错
# tn.close() # tn.write('exit\n')
self.driver.quit()
logger.info('test_001_easyIP passed')
def test_001_changeRateWAN(self):
u'''wan1端口协商速率修改 '''
# # 进入-系统监控-系统状态 获取型号判断是否支持千M
# sysmonitor = sysStaticPage(self.driver, self.url)
# sysmonitor.click_systemWatch()
# time.sleep(0.5)
# sysmonitor.click_sysStatic()
# time.sleep(1)
# Model = str(sysmonitor.getText_byXpath(sysmonitor.Model))
# print(Model)
#wan口速率修改
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_line1edit()
time.sleep(1)
connectionType = wanpage.selelement_byName(wanpage.connectionType)
Select(connectionType).select_by_value('DHCP')
time.sleep(0.5)
WanMode = wanpage.selelement_byXpath(wanpage.selwanRate)
# 0-10M全双工 1-100M全双工 2-1000M全双工 3-自动 4-10M半双工 5-100M半双工
#改为10M
try:
Select(WanMode).select_by_value('4')
time.sleep(0.5)
except ElementNotVisibleException:
CapPic(self.driver)
logger.info(u'WAN口不支持修改为10M半双工')
raise Exception(u'WAN口不支持修改为10M半双工')
wanpage.click_save()
time.sleep(10)
n = 0
while n < 20:
ping = pingTestIP()
if ping != 'Y':
time.sleep(1)
n += 1
else:
break
self.driver.quit()
i = 0
while i < 30:
swRate = swconfig.test_getWAN1Speed(self)
print(swRate)
if swRate != 'speed10M':
time.sleep(1)
i += 1
else:
break
else:
logger.info(u'交换机端口速率为: %s' % swRate)
logger.info(u'交换机协商速率 不为10M')
raise Exception(u'交换机协商速率 不为10M')
# 改为100M
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_line1edit()
time.sleep(1)
WanMode = wanpage.selelement_byXpath(wanpage.selwanRate)
Select(WanMode).select_by_value('5')
time.sleep(0.5)
wanpage.click_save()
time.sleep(10)
n = 0
while n < 20:
ping = pingTestIP()
if ping != 'Y':
time.sleep(1)
n += 1
else:
break
self.driver.quit()
i = 0
while i < 30:
swRate = swconfig.test_getWAN1Speed(self)
print(swRate)
if swRate != 'speed100M':
time.sleep(1)
i += 1
else:
break
else:
logger.info(u'交换机端口速率为: %s' % swRate)
logger.info(u'交换机协商速率 不为100M')
raise Exception(u'交换机协商速率 不为100M')
# 改为1000M
support = getExcelValue(portTateWANp)
if '千' in str(support): #参数表中包含“千”兆
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_line1edit()
time.sleep(1)
WanMode = wanpage.selelement_byXpath(wanpage.selwanRate)
try:
Select(WanMode).select_by_value('2')
time.sleep(0.5)
wanpage.click_save()
time.sleep(10)
n = 0
while n < 20:
ping = pingTestIP()
if ping != 'Y':
time.sleep(1)
n += 1
else:
break
self.driver.quit()
i = 0
while i < 30:
swRate = swconfig.test_getWAN1Speed(self)
print(swRate)
if swRate != 'speed1000M':
time.sleep(1)
i += 1
else:
break
else:
logger.info(u'交换机端口速率为: %s' % swRate)
logger.info(u'交换机协商速率 不为1000M')
raise Exception(u'交换机协商速率 不为1000M')
except NoSuchElementException:
raise Exception('WAN口不支持千M协商速率')
# 改为auto
login.loginWeb(self)
self.driver.implicitly_wait(10)
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_line1edit()
time.sleep(1)
WanMode = wanpage.selelement_byXpath(wanpage.selwanRate)
Select(WanMode).select_by_value('3')
time.sleep(0.5)
wanpage.click_save()
time.sleep(10)
n = 0
while n < 20:
ping = pingTestIP()
if ping != 'Y':
time.sleep(1)
n += 1
else:
break
self.driver.quit()
time.sleep(2)
swRate = swconfig.test_getWAN1Speed(self)
print(swRate)
if '千' in str(support):
i = 0
while i < 30:
swRate = swconfig.test_getWAN1Speed(self)
print(swRate)
if swRate != 'speed1000M':
time.sleep(1)
i += 1
else:
break
else:
logger.info(u'交换机端口速率为: %s' % swRate)
logger.info(u'交换机协商速率 不为1000M')
raise Exception(u'交换机协商速率 不为1000M')
else:
i = 0
while i < 30:
swRate = swconfig.test_getWAN1Speed(self)
print(swRate)
if swRate != 'speed100M':
time.sleep(1)
i += 1
else:
break
else:
logger.info(u'交换机端口速率为: %s' % swRate)
logger.info(u'交换机协商速率 不为100M')
raise Exception(u'交换机协商速率 不为100M')
logger.info('test_001_changePortRateWAN passed')
def test_004_PPPoEsw(self):
u'''PPPOE+PPPOE接入上网以及线路切换'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
ConnectState = getAssertText('ConnectState')
#1、 WAN2口改为pppoe接入
wan_config.click_line2edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('222') # 输入上层网关配置的PPPoE账号密码
wan_config.input_pppoePass('222')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 断言
n = 0
while n < 30:
wan_config.click_refresh()
time.sleep(1)
list_connectState1 = wan_config.getText_byXpath(
wan_config.connectState1)
list_connectState2 = wan_config.getText_byXpath(
wan_config.connectState2)
print(str(list_connectState1), str(list_connectState2))
list_connectState = [
str(list_connectState1),
str(list_connectState2)
]
# 动态接入 未获取到地址/wan口线未接入 都是未连接
if all(t == ConnectState for t in list_connectState):
print('WAN口均已连接', n)
break
else:
time.sleep(2)
n += 1
else:
raise Exception('WAN口未连接')
# 获取两个wan口IP、mac，pppoe接口通过IP判断接口名，固定通过mac地址判断接口名
line1_ip = str(wan_config.getText_byXpath(wan_config.line1IP))
# print('line1_ip:', line1_ip)
line2_ip = str(wan_config.getText_byXpath(wan_config.line2IP))
# print('line2_ip:', line2_ip)
time.sleep(10) # 等待wan2路由生成
# telnet获取接口名称及确认默认路由
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
# 获取接口名称
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN1对应接口名称
result1 = result[2:-7]
print('result1', result1)
result2 = result1.split(r'\r\n')
print('result2', result2)
for x in range(len(result2)):
if line1_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line1_Interface_name = result2_num1.split()[2]
print(line1_Interface_name)
if line2_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line2_Interface_name = result2_num1.split()[2]
print(line2_Interface_name)
if line1_Interface_name == None:
raise Exception('获取wan1口对应接口名称失败')
if line2_Interface_name == None:
raise Exception('获取wan2口对应接口名称失败')
# 确认默认路由情况
wan1route = 'nexthop dev ' + line1_Interface_name + ' weight '
wan2route = 'nexthop dev ' + line2_Interface_name + ' weight '
print('wan1route:', wan1route, 'wan2route:', wan2route)
for i in range(len(result2)):
if wan1route in result2[i]:
wan1route_status = not None
print('wan1路由在')
if wan2route in result2[i]:
wan2route_status = not None
print('wan2路由在')
if wan1route_status == None:
raise Exception('wan1默认路由不存在')
if wan2route_status == None:
raise Exception('wan2默认路由不存在')
tn.close() # tn.write('exit\n')
self.driver.quit()
# 2、设置线路检测地址，验证线路切换
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
self.driver.maximize_window()
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 配置线路检测 检测3s 检测 3次，地址为223.5.5.5
wan_config.click_GlobalConfig()
time.sleep(1)
wan_config.input_KeepLive1('3')
wan_config.input_RetryTimes1('3')
sel1 = wan_config.selelement_byName(wan_config.PriAddrType1)
Select(sel1).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP1('223.5.5.5')
wan_config.input_KeepLive2('3')
wan_config.input_RetryTimes2('3')
sel2 = wan_config.selelement_byName(wan_config.PriAddrType2)
Select(sel2).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP2('1.2.3.4') # WAN2配一个ping不通的地址，测试线路切换
wan_config.click_save()
time.sleep(2)
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(
wan_config.getAttribute_byClass(wan_config.tipsshowin,
'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
KeepLive2 = str(
wan_config.getAttribute_byName(wan_config.KeepLive2v, 'value'))
RetryTimes2 = str(
wan_config.getAttribute_byName(wan_config.RetryTimes2v, 'value'))
DestIP2 = str(
wan_config.getAttribute_byName(wan_config.DestIP2v, 'value'))
self.assertEqual(KeepLive2, '3', msg='wan2检测间隔与设置不一致')
self.assertEqual(RetryTimes2, '3', msg='wan2检测次数与设置不一致')
self.assertEqual(DestIP2, '1.2.3.4', msg='wan2检测地址与设置不一致')
# telnet确认默认路由（wan2检测地址不通，默认路由应切换成wan1）
# wan2检测不通，这里只判断wan1的
# 单线路默认路由变为ru：default dev ppp0 equalize 不再有weight值
# (高通没有equalize)：default via 192.168.12.1 dev eth0.3
wan1route1 = 'default dev ' + line1_Interface_name
print('wan1route:', wan1route1)
roure1 = bytes(('ip route | grep "%s"') % line1_Interface_name,
encoding="utf8")
time.sleep(10) # 等待检测，路由切换
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'\n')
# 输出结果，判断
time.sleep(1)
result3 = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result3:', result3)
# 获取WAN1对应接口名称
result4 = result3[1:]
# print('result4', result4)
result5 = result4.replace('\r\n', ' ')
# print('result5', result2)
tn.close()
if 'default' in result5 and wan1route1 in result5:
print('wan1路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan1route1: %s' % wan1route1)
logger.info(u'result5 %s' % result5)
raise Exception('wan1默认路由显示有误')
# 3、将wan2检测目标改正确，线路、路由切换回来
wan_config.input_DestIP2('223.5.5.5') # WAN2检测地址改可ping通，测试线路切换
wan_config.click_save()
time.sleep(2)
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(
wan_config.getAttribute_byClass(wan_config.tipsshowin,
'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
DestIP2 = str(
wan_config.getAttribute_byName(wan_config.DestIP2v, 'value'))
self.assertEqual(DestIP2, '223.5.5.5', msg='wan2检测地址与设置不一致')
# 确认默认路由情况（wan2检测地址通，默认路由应切换成wan2）
wan1route2 = 'nexthop dev ' + line1_Interface_name + ' weight '
wan2route2 = 'nexthop dev ' + line2_Interface_name + ' weight '
print('wan1route:', wan1route, 'wan2route:', wan2route)
time.sleep(10) # 等待检测，路由切换
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port, timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result6 = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result6:', result6)
# 获取WAN1对应接口名称
result7 = result6[1:]
# print('result7', result7)
result8 = result7.replace('\r\n', ' ')
# print('result8', result8)
tn.close()
if (wan1route2 in result8) and (wan2route2 in result8):
print('wan1/wan2路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan1route_2: %s' % wan1route2)
logger.info(u'wan2route_2: %s' % wan2route2)
logger.info(u'result8 %s' % result8)
raise Exception('wan1/wan2默认路由显示有误')
#取消线路检测
wan_config.click_GlobalConfig()
time.sleep(1)
wan_config.input_KeepLive1('0')
wan_config.input_KeepLive2('0')
wan_config.click_save()
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(
wan_config.getAttribute_byClass(wan_config.tipsshowin,
'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
KeepLive1 = str(
wan_config.getAttribute_byName(wan_config.KeepLive1v, 'value'))
KeepLive2 = str(
wan_config.getAttribute_byName(wan_config.KeepLive2v, 'value'))
self.assertEqual(KeepLive1, '0', msg='wan1检测间隔不为0')
self.assertEqual(KeepLive2, '0', msg='wan2检测间隔不为0')
# WAN1改回动态接入，得到正确的IP地址及网关地址
wan_config.click_WANconfig()
time.sleep(1)
# WAN1
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10)
self.driver.quit()
logger.info('test_004_PPPoEsw passed')
def test_004_Fastforward(self):
u'''硬件转发/软件转发 '''
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
wanpage.click_GlobalConfig()
time.sleep(1)
if hwNatP == '√':
logger.info(u'参数支持硬件快速转发')
try:
self.driver.implicitly_wait(2)
# 默认自动模式
wanpage.click_FastForwardEnableC()
wanpage.click_FastForwardModeC()
except AttributeError:
CapPic(self.driver)
logger.info(u'不支持硬件快速转发，与参数表不相符')
raise Exception('不支持硬件快速转发，与参数表不相符')
else:
enable1 = wanpage.getAttribute_byXpath(wanpage.enable1,
'selected')
enable2 = wanpage.getAttribute_byXpath(wanpage.enable2,
'selected')
# print('enable1:', enable1,'enable2:', enable2,)
if enable1 != 'true':
logger.info(u'快速转发模式开关默认不为自动')
CapPic(self.driver)
raise Exception(u'快速转发模式开关默认不为自动')
if enable2 != 'true':
logger.info(u'模式开关默认不为硬件转发')
CapPic(self.driver)
raise Exception(u'模式开关默认不为硬件转发')
FastForwardEnable = wanpage.selelement_byName(
'FastForwardEnable')
Select(FastForwardEnable).select_by_value('NatOpen')
time.sleep(0.3)
Select(FastForwardEnable).select_by_value('0')
time.sleep(0.3)
Select(FastForwardEnable).select_by_value('NatAuto')
time.sleep(0.3)
FastForwardMode = wanpage.selelement_byName('FastForwardMode')
Select(FastForwardMode).select_by_value('sfNat')
time.sleep(0.3)
Select(FastForwardMode).select_by_value('hwNat')
elif hwNatP == '×':
logger.info(u'参数不支持硬件快速转发')
try:
self.driver.implicitly_wait(2)
wanpage.click_FastForwardModeC()
except AttributeError:
logger.info('不支持硬件快速转，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持硬件快速转，与参数表不相符')
raise Exception('支持硬件快速转，与参数表不相符')
else:
logger.info(u'参数表读取异常')
logger.info(u'参数表读取值为：', hwNatP)
raise Exception(u'参数表读取异常')
if hwNatP == '×' and sfnatP == '√':
logger.info(u'参数支持软件快速转发')
try:
self.driver.implicitly_wait(2)
# 默认自动模式
wanpage.click_FastForwardEnableC()
except AttributeError:
CapPic(self.driver)
logger.info(u'不支持软件快速转发，与参数表不相符')
raise Exception('不支持软件快速转发，与参数表不相符')
else:
enable1 = wanpage.getAttribute_byXpath(wanpage.enable1,
'selected')
# print('enable1:', enable1)
if enable1 != 'true':
logger.info(u'快速转发模式开关默认不为自动')
CapPic(self.driver)
raise Exception(u'快速转发模式开关默认不为自动')
FastForwardEnable = wanpage.selelement_byName(
'FastForwardEnable')
Select(FastForwardEnable).select_by_value('NatOpen')
time.sleep(0.3)
Select(FastForwardEnable).select_by_value('0')
time.sleep(0.3)
Select(FastForwardEnable).select_by_value('NatAuto')
elif sfnatP == '×':
logger.info(u'参数不支持软件快速转发')
try:
self.driver.implicitly_wait(2)
wanpage.click_FastForwardEnableC()
except AttributeError:
logger.info('不支持软件快速转，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持软件快速转，与参数表不相符')
raise Exception('支持软件快速转，与参数表不相符')
self.driver.quit()
logger.info('test_004_Fastforward passed')
def test_001_ipsec(self):
u'''ipsec VPN'''
vpnRouteLan = getweb('vpnRouteLan')
host = gettelnet('host')
StateVPN1 = getAssertText('StateVPN1')
WillReboottips = getAssertText('WillReboottips')
#先判断是否可以上网
p = pingTestIP()
if p == 'N':
os.system('%s' % (batpath + 'changeDhcpIp.bat'))
time.sleep(5)
n = 0
while n < 30:
pcaddr = socket.gethostbyname(
socket.getfqdn(socket.gethostname()))
print(pcaddr, n)
if '192.168.' not in str(pcaddr):
time.sleep(2)
n += 1
else:
print('IP地址已自动获取成功', n)
break
else:
raise Exception('未获取到地址')
# 删除绑定绑定 清空组
organization_group.group_delete(self)
login.loginWeb(self)
self.driver.implicitly_wait(10)
ipsec = IPsecPage(self.driver, self.url)
ipsec.click_VPNConfig()
time.sleep(0.5)
ipsec.click_IPSec()
time.sleep(1)
# 操作删除 以访已有规则
ipsec.click_selall()
time.sleep(0.2)
ipsec.click_delall()
time.sleep(2)
try:
self.driver.implicitly_wait(2)
ipsec.find_ok()
except NoSuchElementException:
try:
ipsec.find_tipsshowin()
time.sleep(1)
except NoSuchElementException:
pass
else:
time.sleep(1)
print('ipsec VPN列表为空')
ipsec.click_add()
time.sleep(1)
ipsec.input_ids('test')
ipsec.input_peer(vpnRouteWan)
ipsec.input_remoteAddr(vpnRouteLan)
# ipsec.input_remoteMask('255.255.255.0')
ipsec.input_preshareKey('12345678')
ipsec.click_save()
time.sleep(2)
try: #无线设备增加ac功能后 配置第一条ipsec时会提示重启
ipsec.find_ok()
except NoSuchElementException:
pass
else:
time.sleep(2)
tips = str(ipsec.getText_byClass(ipsec.u_tim_str))
self.assertEqual(tips, WillReboottips, msg='点击提示重启 操作失败')
# 设备重启时间不一致，做个判断
time.sleep(30)
i = 0
while i < 20:
now_url = str(self.driver.current_url)
# print(now_url,i)
if '/noAuth/login.html' not in now_url: # 如果不同
time.sleep(5)
else:
break
i += 1
else:
raise Exception('设备重启未正常启动')
self.driver.quit()
login.loginWeb(self)
# 从外网配置页面获取WAN1口地址
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
# 判断联网状态
i = 0
while i < 21:
wanpage.click_refresh()
time.sleep(1)
list_conState = wanpage.getText_byXpath(wanpage.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
time.sleep(3)
i += 1
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
# WAN1 ip变量赋值，页面读取
WAN1_ip = str(wanpage.getText_byXpath(wanpage.line1IP))
# print('WAN1_ip=',WAN1_ip)
time.sleep(1)
self.driver.quit()
# 另外一台路由器 配置ipsec
i = 0 #以访刚重启wan口还不通
while i < 60:
pingTestIP(vpnRouteWan)
if p == 'N':
time.sleep(1)
i += 1
else:
break
else:
raise Exception(u'无法ping通vpnRoute')
# time.sleep(5)
login.test_enableLoginWeb(self, url=vpnRouteUrl)
ipsec = IPsecPage(self.driver, self.url)
ipsec.click_VPNConfig()
time.sleep(0.5)
ipsec.click_IPSec()
time.sleep(1)
# 操作删除 以访已有规则
ipsec.click_selall()
time.sleep(0.2)
ipsec.click_delall()
time.sleep(1)
try:
self.driver.implicitly_wait(2)
ipsec.find_ok()
except NoSuchElementException:
try:
ipsec.find_tipsshowin()
time.sleep(1)
except NoSuchElementException:
pass
else:
time.sleep(1)
print('ipsec VPN列表为空')
ipsec.click_add()
time.sleep(1)
ipsec.input_ids('test')
ipsec.input_peer(WAN1_ip)
ipsec.input_remoteAddr(host)
# ipsec.input_remoteMask('255.255.255.0')
ipsec.input_preshareKey('12345678')
ipsec.click_save()
time.sleep(2)
i = 0
while i < 100:
ipsec.click_IPSec()
time.sleep(1)
list_status = ipsec.getText_byXpath(ipsec.list_status)
print(list_status)
if list_status == StateVPN1:
logger.info(u'ipsec 已建立')
break
else:
time.sleep(3)
i += 1
else:
logger.info(u'ipsec 未建立成功')
CapPic(self.driver)
raise Exception(u'ipsec未建立成功')
self.driver.quit()
logger.info('test_001_ipsec passed')
def test_002_static(self):
u'''配置向导 - 固定接入'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
Staticline = getAssertText('Staticline')
ConnectState = getAssertText('ConnectState')
# 从外网配置页面获取WAN1口地址
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 判断联网状态
i = 0
while i < 21:
wan_config.click_refresh()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
WAN1_ip = wan_config.getText_byXpath(wan_config.line1IP)
WAN1_gw = wan_config.getText_byXpath(wan_config.line1gw)
WAN1_dns = wan_config.getText_byXpath(wan_config.line1Dns)
time.sleep(1)
# 进入配置向导 将wan1口的IP/网关/dns 拿来输入
guide = ConfigGuidepage(self.driver, self.url)
guide.click_configGuide()
time.sleep(1)
guide.click_next()
time.sleep(1)
connectionTypew = guide.selelement_byName(guide.connectionTypew)
Select(connectionTypew).select_by_value('STATIC')
time.sleep(1)
guide.input_staticIp(WAN1_ip)
guide.input_staticGateway(WAN1_gw)
guide.input_staticPriDns(WAN1_dns)
try:
self.driver.implicitly_wait(2)
guide.find_okey()
except NoSuchElementException:
print('设备支持无线')
if support2 != '--':
logger.info(u'参数支持2.4G')
logger.info(u'支持2.4G，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持2.4G，与参数表不相符')
raise Exception('支持2.4G，与参数表不相符')
guide.click_next()
time.sleep(1)
guide.input_ssid('ssid_2.4G')
try:
guide.find_ssid_5g()
except NoSuchElementException:
if support5 != '--':
CapPic(self.driver)
logger.info(u'不支持5G，与参数表不相符')
raise Exception('不支持5G，与参数表不相符')
else:
logger.info(u'不支持5G，与参数表相符')
else:
print('设备支持5G')
if support5 != '--':
CapPic(self.driver)
logger.info(u'支持5G，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持5G，与参数表不相符')
raise Exception('支持5G，与参数表不相符')
guide.input_ssid_5g('ssid_5G')
guide.click_okey()
time.sleep(8)
else:
print('设备不支持无线')
if support2 != '--':
CapPic(self.driver)
logger.info(u'不支持2.4G，与参数表不相符')
raise Exception('不支持2.4G，与参数表不相符')
else:
logger.info(u'不支持2.4G，与参数表相符')
self.driver.implicitly_wait(10)
time.sleep(15)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 断言
list_lineType = wan_config.getText_byXpath(wan_config.line1Type)
print('list_lineType', list_lineType)
self.assertEqual(str(list_lineType), Staticline, msg='连接类型 不为 固定接入')
# 判断联网状态
i = 0
while i < 21:
wan_config.click_refresh_s()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
# pingTestIP('114.114.114.114')
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
i += 1
time.sleep(3)
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
self.driver.quit()
logger.info('test_002_static passed')
def test_003_pppoe(self):
u'''配置向导 - PPPoE接入'''
guide = ConfigGuidepage(self.driver, self.url)
PPPoEline = getAssertText('PPPoEline')
ConnectState = getAssertText('ConnectState')
# 进入配置向导
guide.click_configGuide()
time.sleep(0.5)
guide.click_next()
time.sleep(1)
connectionTypew = guide.selelement_byName(guide.connectionTypew)
Select(connectionTypew).select_by_value('PPPOE')
time.sleep(1)
guide.input_pppoeUser('111') #输入上层网关配置的PPPoE账号密码
guide.input_pppoePass('111')
self.driver.implicitly_wait(2) # 无线设备会定位不到okey,这里让等待时间缩短一些
try:
guide.find_okey()
except NoSuchElementException:
print('设备支持无线')
if support2 != '--':
logger.info(u'参数支持2.4G')
logger.info(u'支持2.4G，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持2.4G，与参数表不相符')
raise Exception('支持2.4G，与参数表不相符')
guide.click_next()
time.sleep(1)
guide.input_ssid('ssid_2.4G')
try:
guide.find_ssid_5g()
except NoSuchElementException:
if support5 != '--':
CapPic(self.driver)
logger.info(u'不支持5G，与参数表不相符')
raise Exception('不支持5G，与参数表不相符')
else:
logger.info(u'不支持5G，与参数表相符')
else:
print('设备支持5G')
if support5 != '--':
CapPic(self.driver)
logger.info(u'支持5G，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持5G，与参数表不相符')
raise Exception('支持5G，与参数表不相符')
guide.input_ssid_5g('ssid_5G')
guide.click_okey()
time.sleep(8)
else:
print('设备不支持无线')
if support2 != '--':
CapPic(self.driver)
logger.info(u'不支持2.4G，与参数表不相符')
raise Exception('不支持2.4G，与参数表不相符')
else:
logger.info(u'不支持2.4G，与参数表相符')
time.sleep(15)
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 断言
list_lineType = wan_config.getText_byXpath(wan_config.line1Type)
# print('list_lineType:',list_lineType)
self.assertEqual(str(list_lineType), PPPoEline, msg='连接类型 不为 PPPoE接入')
# PPPoE接入 拨号成功才会显示已连接
i = 0
while i < 21:
wan_config.click_refresh()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
# pingTestIP('114.114.114.114')
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
i += 1
time.sleep(3)
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
#
# list_conState = guide.getText_byXpath(guide.list_connState)
# print('list_connection_state:',str(list_conState))
# if str(list_conState) != ConnectState: # PPPoE接入 拨号成功才会显示已连接
# time.sleep(5)
# guide.click_refresh()
# time.sleep(0.5)
# list_conState = guide.getText_byXpath(guide.list_connState)
# if str(list_conState) != ConnectState: # PPPoE接入 拨号成功才会显示已连接
# guide.click_list_connState()
# guide.click_dial()
# time.sleep(10)
# guide.click_refresh()
# time.sleep(0.5)
# list_conState = guide.getText_byXpath(guide.list_connState)
# if str(list_conState) != ConnectState:
# raise Exception('WAN1 未连接')
# else: # 已连接
# time.sleep(3)
# pingTestIP('114.114.114.114')
# pingTestIP('www.baidu.com')
# p = pingTestIP('www.baidu.com')
# if p == 'N':
# raise Exception('connect failed.')
# else: # 已连接
# time.sleep(3)
# pingTestIP('114.114.114.114')
# pingTestIP('www.baidu.com')
# p = pingTestIP('www.baidu.com')
# if p == 'N':
# raise Exception('connect failed.')
# else: # 已连接
# time.sleep(3)
# pingTestIP('114.114.114.114')
# pingTestIP('www.baidu.com')
# p = pingTestIP('www.baidu.com')
# if p == 'N':
# raise Exception('connect failed.')
self.driver.quit()
logger.info('test_003_pppoe passed')
def test_002_staticSW(self):
u'''五条线路固定接入线路切换'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 1、获取wan mac
line1_mac = str(wan_config.getText_byXpath(wan_config.line1Mac))
line2_mac = str(wan_config.getText_byXpath(wan_config.line2Mac))
line3_mac = str(wan_config.getText_byXpath(wan_config.line3Mac))
line4_mac = str(wan_config.getText_byXpath(wan_config.line4Mac))
line5_mac = str(wan_config.getText_byXpath(wan_config.line5Mac))
# 处理wan口的mac地址
# 字母变大写
line1_mac1 = line1_mac.upper()
line2_mac1 = line2_mac.upper()
line3_mac1 = line3_mac.upper()
line4_mac1 = line4_mac.upper()
line5_mac1 = line5_mac.upper()
# 加冒号
line1_mac2 = line1_mac1[0:2] + ':' + line1_mac1[2:4] + ':' + line1_mac1[4:6] + ':' + line1_mac1[
6:8] + ':' + line1_mac1[
8:10] + ':' + line1_mac1[
10:]
line2_mac2 = line2_mac1[0:2] + ':' + line2_mac1[2:4] + ':' + line2_mac1[4:6] + ':' + line2_mac1[
6:8] + ':' + line2_mac1[
8:10] + ':' + line2_mac1[
10:]
line3_mac2 = line3_mac1[0:2] + ':' + line3_mac1[2:4] + ':' + line3_mac1[4:6] + ':' + line3_mac1[
6:8] + ':' + line3_mac1[
8:10] + ':' + line3_mac1[
10:]
line4_mac2 = line4_mac1[0:2] + ':' + line4_mac1[2:4] + ':' + line4_mac1[4:6] + ':' + line4_mac1[
6:8] + ':' + line4_mac1[
8:10] + ':' + line4_mac1[
10:]
line5_mac2 = line5_mac1[0:2] + ':' + line5_mac1[2:4] + ':' + line5_mac1[4:6] + ':' + line5_mac1[
6:8] + ':' + line5_mac1[
8:10] + ':' + line5_mac1[
10:]
print('line1_mac2:', line1_mac2, 'line2_mac2:', line2_mac2, 'line3_mac2:', line3_mac2, 'line4_mac2:',
line4_mac2, 'line5_mac2:', line5_mac2)
self.driver.quit()
# 2、设置线路检测地址，验证线路切换
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
self.driver.maximize_window()
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 配置线路检测 检测3s 检测 3次，地址为223.5.5.5
wan_config.click_GlobalConfig()
time.sleep(1)
wan_config.input_KeepLive1('3')
wan_config.input_RetryTimes1('3')
sel1 = wan_config.selelement_byName(wan_config.PriAddrType1)
Select(sel1).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP1('223.5.5.5')
wan_config.input_KeepLive2('3')
wan_config.input_RetryTimes2('3')
sel2 = wan_config.selelement_byName(wan_config.PriAddrType2)
Select(sel2).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP2('1.2.3.4') # WAN2配一个ping不通的地址，测试线路切换
wan_config.input_KeepLive3('3')
wan_config.input_RetryTimes3('3')
sel3 = wan_config.selelement_byName(wan_config.PriAddrType3)
Select(sel3).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP3('1.2.3.5') # WAN3配一个ping不通的地址，测试线路切换
wan_config.input_KeepLive4('3')
wan_config.input_RetryTimes4('3')
sel4 = wan_config.selelement_byName(wan_config.PriAddrType4)
Select(sel4).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP4('1.2.3.6') # WAN4配一个ping不通的地址，测试线路切换
wan_config.input_KeepLive5('3')
wan_config.input_RetryTimes5('3')
sel5 = wan_config.selelement_byName(wan_config.PriAddrType5)
Select(sel5).select_by_value('others')
time.sleep(0.5)
wan_config.input_DestIP5('1.2.3.7') # WAN5配一个ping不通的地址，测试线路切换
wan_config.click_save()
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(wan_config.getAttribute_byClass(wan_config.tipsshowin, 'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
KeepLive5 = str(self.driver.find_element_by_name('KeepLive5').get_attribute('value'))
RetryTimes5 = str(self.driver.find_element_by_name('RetryTimes5').get_attribute('value'))
DestIP5 = str(self.driver.find_element_by_name('DestIP5').get_attribute('value'))
self.assertEqual(KeepLive5, '3', msg='wan5检测间隔与设置不一致')
self.assertEqual(RetryTimes5, '3', msg='wan5检测次数与设置不一致')
self.assertEqual(DestIP5, '1.2.3.7', msg='wan5检测地址与设置不一致')
# telnet获取接口名称及确认默认路由（wan2/wan3检测不通，应只剩下wan1默认路由）
# 获取接口名称
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
tn = telnetlib.Telnet(host=hostip, port=port,timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
tn.write(b'ifconfig | grep eth' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN口对应接口名称
result1 = result[3:-9]
# print(result1)
result2 = result1.split(r'\r\n')
print('result2:', result2)
for i in range(len(result2)):
if line1_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line1_Interface_name = result2_num.split()[0]
print(line1_Interface_name)
if line2_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line2_Interface_name = result2_num.split()[0]
print(line2_Interface_name)
if line3_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line3_Interface_name = result2_num.split()[0]
print(line3_Interface_name)
if line4_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line4_Interface_name = result2_num.split()[0]
print(line4_Interface_name)
if line5_mac2 in result2[i]:
result2_num = (result2[i])
print(result2[i])
line5_Interface_name = result2_num.split()[0]
print(line5_Interface_name)
if line1_Interface_name == None:
raise Exception('获取wan1口对应接口名称失败')
if line2_Interface_name == None:
raise Exception('获取wan2口对应接口名称失败')
if line3_Interface_name == None:
raise Exception('获取wan3口对应接口名称失败')
if line4_Interface_name == None:
raise Exception('获取wan4口对应接口名称失败')
if line5_Interface_name == None:
raise Exception('获取wan5口对应接口名称失败')
time.sleep(10) # 等待检测，路由切换
# 确认默认路由情况
# 单线路默认路由变为：default via 192.168.11.1 dev eth2.2 equalize 不再有weight值
wan1route1 = 'dev ' + line1_Interface_name
print('wan1route:', wan1route1)
roure1 = bytes(('ip route | grep "%s"') % line1_Interface_name, encoding="utf8")
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port,timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
tn.write(roure1 + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result:', result)
result4 = result[1:]
# print('result4', result4)
result5 = result4.replace('\r\n', ' ')
# print('result5', result5)
tn.close()
# wan2、wan3检测不通，这里只判断wan1的
if 'default' in result5 and wan1route1 in result5:
print('wan1路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan1route1: %s' % wan1route1)
logger.info(u'result5: %s' % result5)
raise Exception('wan1默认路由显示有误')
# 3、将wan2\wan3检测目标改正确，线路、路由切换回来
wan_config.input_DestIP2('223.5.5.5') # WAN2检测地址改可ping通，测试线路切换
wan_config.input_DestIP3('223.5.5.5') # WAN3检测地址改可ping通，测试线路切换
wan_config.input_DestIP4('223.5.5.5') # WAN4检测地址改可ping通，测试线路切换
wan_config.input_DestIP5('223.5.5.5') # WAN5检测地址改可ping通，测试线路切换
wan_config.click_save()
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(wan_config.getAttribute_byClass(wan_config.tipsshowin, 'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
DestIP5 = str(wan_config.getAttribute_byName(wan_config.DestIP5v, 'value'))
self.assertEqual(DestIP5, '223.5.5.5', msg='wan5检测地址与设置不一致')
# telnet获取接口名称及确认默认路由 检测通应该恢复5条默认路由
wan1route_2 = 'dev ' + line1_Interface_name + ' weight '
wan2route_2 = 'dev ' + line2_Interface_name + ' weight '
wan3route_2 = 'dev ' + line3_Interface_name + ' weight '
wan4route_2 = 'dev ' + line3_Interface_name + ' weight '
wan5route_2 = 'dev ' + line3_Interface_name + ' weight '
print('wan1route_2:', wan1route_2, 'wan2route_2:', wan2route_2, 'wan3route_2:', wan3route_2, 'wan4route_2:',
wan4route_2, 'wan5route_2:', wan5route_2)
time.sleep(10) # 等待检测，路由切换
# 获取接口名称
x = 0
while x < 60:
tn = telnetlib.Telnet(host=hostip, port=port,timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'#')
# 确认默认路由情况
tn.write(b'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result9 = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
# print('result9:', result9)
result10 = result9[1:]
# print('result10', result10)
result11 = result10.replace('\r\n',' ')
# print('result11', result11)
tn.close()
if (wan1route_2 in result11) and (wan2route_2 in result11) and (wan3route_2 in result11) and (
wan4route_2 in result11) and (wan5route_2 in result11):
print('wan1/wan2/wan3/wan4/wan5路由在')
break
else:
print(x)
time.sleep(2)
x += 1
else:
logger.info(u'wan1route_2: %s' % wan1route_2)
logger.info(u'wan2route_2: %s' % wan2route_2)
logger.info(u'wan3route_2: %s' % wan3route_2)
logger.info(u'wan4route_2: %s' % wan4route_4)
logger.info(u'wan5route_2: %s' % wan5route_4)
logger.info(u'result11 %s' % result11)
raise Exception('wan1/wan2/wan3/wan4/wan5默认路由显示有误')
tn.close() # tn.write('exit\n')
self.driver.quit()
logger.info('test_002_staticSW passed')
def test_001_dhcp(self):
u'''配置向导 - 动态接入'''
guide = ConfigGuidepage(self.driver, self.url)
linetype = getAssertText('DHCPline')
ConnectState = getAssertText('ConnectState')
# 进入配置向导
guide.click_configGuide()
time.sleep(0.5)
guide.click_next()
time.sleep(1)
connectionTypew = guide.selelement_byName(guide.connectionTypew)
Select(connectionTypew).select_by_value('DHCP')
try:
self.driver.implicitly_wait(2)
guide.find_okey()
except NoSuchElementException:
print('设备支持无线')
if support2 != '--':
logger.info(u'参数支持2.4G')
logger.info(u'支持2.4G，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持2.4G，与参数表不相符')
raise Exception('支持2.4G，与参数表不相符')
guide.click_next()
time.sleep(1)
guide.input_ssid('ssid_2.4G')
try:
guide.find_ssid_5g()
except NoSuchElementException:
if support5 != '--':
CapPic(self.driver)
logger.info(u'不支持5G，与参数表不相符')
raise Exception('不支持5G，与参数表不相符')
else:
logger.info(u'不支持5G，与参数表相符')
else:
print('设备支持5G')
if support5 != '--':
CapPic(self.driver)
logger.info(u'支持5G，与参数表相符')
else:
CapPic(self.driver)
logger.info(u'支持5G，与参数表不相符')
raise Exception('支持5G，与参数表不相符')
guide.input_ssid_5g('ssid_5G')
guide.click_okey()
time.sleep(8)
else:
print('设备不支持无线')
if support2 != '--':
CapPic(self.driver)
logger.info(u'不支持2.4G，与参数表不相符')
raise Exception('不支持2.4G，与参数表不相符')
else:
logger.info(u'不支持2.4G，与参数表相符')
time.sleep(15)
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 断言
list_lineType = wan_config.getText_byXpath(wan_config.line1Type)
print('list_lineType:', list_lineType)
self.assertEqual(str(list_lineType), linetype, msg='连接类型 不为 动态接入')
# 判断联网状态
i = 0
while i < 21:
wan_config.click_refresh()
time.sleep(1)
list_conState = wan_config.getText_byXpath(
wan_config.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
i = 0
while i < 21:
# 判断联网 ，不能上网则报错
# pingTestIP('114.114.114.114')
p = pingTestIP('www.baidu.com')
print(p, i)
if p == 'N':
time.sleep(3)
i += 1
else:
break
else:
logger.info(u"connect failed")
raise Exception('connect failed.')
self.driver.quit()
logger.info('test_001_dhcp passed')
def test_003_5PPPoE(self):
u'''五条线路PPPOE拨入'''
wan_config = NetworkConfig_wanpage(self.driver, self.url)
ConnectState = getAssertText('ConnectState')
# WAN1改成pppoe
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('111')
wan_config.input_pppoePass('111')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN2口改为pppoe接入
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line2edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('222') # 输入上层网关配置的PPPoE账号密码
wan_config.input_pppoePass('222')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN3口改为pppoe接入
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line3edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('333') # 输入上层网关配置的PPPoE账号密码
wan_config.input_pppoePass('333')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN4口改为pppoe接入
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line4edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('444') # 输入上层网关配置的PPPoE账号密码
wan_config.input_pppoePass('444')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
# WAN4口改为pppoe接入
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_line5edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('PPPOE')
time.sleep(1)
wan_config.input_pppoeUser('555') # 输入上层网关配置的PPPoE账号密码
wan_config.input_pppoePass('555')
wan_config.click_save()
time.sleep(10)
self.driver.quit() # 修改接口后 可能会回到登录页面 所以关闭，再打开
login.loginWeb(self) # admin账号登录
self.driver.implicitly_wait(10)
wan_config = NetworkConfig_wanpage(self.driver, self.url)
# 进入网络配置-外网配置
wan_config.click_NetworkConfig()
time.sleep(0.5)
wan_config.click_WANconfig()
time.sleep(1)
# 断言
n = 0
while n < 30:
wan_config.click_refresh()
time.sleep(1)
list_connectState1 = wan_config.getText_byXpath(wan_config.connectState1)
list_connectState2 = wan_config.getText_byXpath(wan_config.connectState2)
list_connectState3 = wan_config.getText_byXpath(wan_config.connectState3)
list_connectState4 = wan_config.getText_byXpath(wan_config.connectState4)
list_connectState5 = wan_config.getText_byXpath(wan_config.connectState5)
print(str(list_connectState1), str(list_connectState2), str(list_connectState3), str(list_connectState4),
str(list_connectState5))
list_connectState = [str(list_connectState1), str(list_connectState2), str(list_connectState3),
str(list_connectState4), str(list_connectState5)]
# 动态接入 未获取到地址/wan口线未接入 都是未连接
if all(t == ConnectState for t in list_connectState):
print('WAN口均已连接', n)
break
else:
time.sleep(2)
n += 1
else:
raise Exception('WAN口未连接')
time.sleep(2)
# 获取两个wan口IP、mac，pppoe接口通过IP判断接口名，固定通过mac地址判断接口名
line1_ip = str(wan_config.getText_byXpath(wan_config.line1IP))
# print('line1_ip:', line1_ip)
line2_ip = str(wan_config.getText_byXpath(wan_config.line2IP))
# print('line2_ip:', line2_ip)
line3_ip = str(wan_config.getText_byXpath(wan_config.line3IP))
line4_ip = str(wan_config.getText_byXpath(wan_config.line4IP))
line5_ip = str(wan_config.getText_byXpath(wan_config.line5IP))
time.sleep(3)
# telnet获取接口名称及确认默认路由
# 获取接口名称
hostip = gettelnet('host')
port = gettelnet('port')
username = bytes(getweb('User'), encoding="utf8")
password = bytes(getweb('Passwd'), encoding="utf8")
tn = telnetlib.Telnet(host=hostip, port=port,timeout=10)
tn.set_debuglevel(5) # 级别越高输出的调试信息越多，并没有看出区别
tn.read_until(b'login:'******'Password:'******'ip route' + b'\n')
# 输出结果，判断
time.sleep(1)
result = str(tn.read_very_eager()) # 执行多条命令时只会存最后一条命令的结果
print('-------------------输出结果------------------------')
# 命令执行结果
print('result:', result)
# 获取WAN1对应接口名称
result1 = result[2:-7]
print('result1', result1)
result2 = result1.split(r'\r\n')
print('result2', result2)
for x in range(len(result2)):
if line1_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line1_Interface_name = result2_num1.split()[2]
print(line1_Interface_name)
if line2_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line2_Interface_name = result2_num1.split()[2]
print(line2_Interface_name)
if line3_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line3_Interface_name = result2_num1.split()[2]
print(line3_Interface_name)
if line4_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line4_Interface_name = result2_num1.split()[2]
print(line4_Interface_name)
if line5_ip in result2[x]:
result2_num1 = (result2[x])
print(result2_num1)
line5_Interface_name = result2_num1.split()[2]
print(line5_Interface_name)
if line1_Interface_name == None:
raise Exception('获取wan1口对应接口名称失败')
if line2_Interface_name == None:
raise Exception('获取wan2口对应接口名称失败')
if line3_Interface_name == None:
raise Exception('获取wan3口对应接口名称失败')
if line4_Interface_name == None:
raise Exception('获取wan4口对应接口名称失败')
if line5_Interface_name == None:
raise Exception('获取wan5口对应接口名称失败')
# 确认默认路由情况
wan1route = 'nexthop dev ' + line1_Interface_name + ' weight '
wan2route = 'nexthop dev ' + line2_Interface_name + ' weight '
wan3route = 'nexthop dev ' + line3_Interface_name + ' weight '
wan4route = 'nexthop dev ' + line4_Interface_name + ' weight '
wan5route = 'nexthop dev ' + line5_Interface_name + ' weight '
print('wan1route:', wan1route, 'wan2route:', wan2route, 'wan3route:', wan3route, 'wan4route:', wan4route,
'wan5route:', wan5route)
for i in range(len(result2)):
if wan1route in result2[i]:
wan1route_status = not None
print('wan1路由在')
if wan2route in result2[i]:
wan2route_status = not None
print('wan2路由在')
if wan3route in result2[i]:
wan3route_status = not None
print('wan3路由在')
if wan4route in result2[i]:
wan4route_status = not None
print('wan4路由在')
if wan5route in result2[i]:
wan5route_status = not None
print('wan5路由在')
if wan1route_status == None:
raise Exception('wan1默认路由不存在')
if wan2route_status == None:
raise Exception('wan2默认路由不存在')
if wan3route_status == None:
raise Exception('wan3默认路由不存在')
if wan4route_status == None:
raise Exception('wan4默认路由不存在')
if wan5route_status == None:
raise Exception('wan5默认路由不存在')
tn.close() # tn.write('exit\n')
logger.info(u'五条线路PPPOE拨入 验证通过')
# 取消线路检测
wan_config.click_GlobalConfig()
time.sleep(1)
wan_config.input_KeepLive1('0')
wan_config.input_KeepLive2('0')
wan_config.input_KeepLive3('0')
wan_config.input_KeepLive4('0')
wan_config.input_KeepLive5('0')
wan_config.click_save()
# 等待弹窗提示成功
i = 0
while i < 80:
try:
self.driver.implicitly_wait(1)
wan_config.find_tipsshowin()
except NoSuchElementException:
time.sleep(1)
i = i + 1
print(i)
else:
tips = str(wan_config.getAttribute_byClass(wan_config.tipsshowin, 'tip-sign'))
print(tips, i)
if tips != 'success':
CapPic(self.driver)
logger.info(u'线路检测保存 异常')
raise Exception(u'线路检测保存 异常')
break
else:
raise Exception(u'线路检测保存 未弹出提示框')
# 切换标签页判断配置正确
wan_config.click_WANconfig()
time.sleep(1)
wan_config.click_GlobalConfig()
time.sleep(1)
KeepLive1 = str(wan_config.getAttribute_byName(wan_config.KeepLive1v, 'value'))
KeepLive2 = str(wan_config.getAttribute_byName(wan_config.KeepLive2v, 'value'))
KeepLive3 = str(wan_config.getAttribute_byName(wan_config.KeepLive3v, 'value'))
KeepLive4 = str(wan_config.getAttribute_byName(wan_config.KeepLive4v, 'value'))
KeepLive5 = str(wan_config.getAttribute_byName(wan_config.KeepLive5v, 'value'))
self.assertEqual(KeepLive1, '0', msg='wan1检测间隔不为0')
self.assertEqual(KeepLive2, '0', msg='wan2检测间隔不为0')
self.assertEqual(KeepLive3, '0', msg='wan3检测间隔不为0')
self.assertEqual(KeepLive4, '0', msg='wan4检测间隔不为0')
self.assertEqual(KeepLive5, '0', msg='wan5检测间隔不为0')
# wan1改回动态接入，得到正确的IP地址及网关地址
wan_config.click_WANconfig()
time.sleep(1)
# WAN1
wan_config.click_line1edit()
time.sleep(1)
access_mode = wan_config.selelement_byName(wan_config.connectionType)
Select(access_mode).select_by_value('DHCP')
wan_config.click_save()
time.sleep(10)
self.driver.quit()
logger.info('test_003_5PPPoE passed')
def test_001_PPTPserver(self):
u'''PPTPserver'''
vpnRouteLan = getweb('vpnRouteLan')
host = gettelnet('host')
StateVPN2 = getAssertText('StateVPN2')
login.loginWeb(self)
self.driver.implicitly_wait(10)
pptpl2tp = pptpL2tpPage(self.driver, self.url)
pptpl2tp.click_VPNConfig()
time.sleep(0.5)
pptpl2tp.click_pptpL2tp()
time.sleep(1)
# 操作删除 以访已有规则
pptpl2tp.click_selall()
time.sleep(0.2)
pptpl2tp.click_delall()
time.sleep(2)
try:
self.driver.implicitly_wait(2)
pptpl2tp.find_ok()
except NoSuchElementException:
try:
pptpl2tp.find_tipsshowin()
time.sleep(1)
except NoSuchElementException:
pass
else:
time.sleep(1)
print('VPN隧道列表为空')
pptpl2tp.click_PPTPGlobalSet()
time.sleep(0.5)
pptpl2tp.click_pptpserverEn()
pptpl2tp.input_priDns('114.114.114.114')
pptpl2tp.click_save()
time.sleep(1)
pptpSs = pptpl2tp.getAttribute_byXpath(pptpl2tp.pptpserverEs,
'checked')
if pptpSs == 'true':
logger.info(u'pptpserver已开启')
else:
CapPic(self.driver)
logger.info(u'pptpserver未开启')
return Exception(u'pptpserver未开启')
pptpl2tp.click_add()
time.sleep(1)
pptpl2tp.click_workMode1()
pptpl2tp.click_workModepptp()
pptpl2tp.input_TunNames('testS')
seluserType = pptpl2tp.selelement_byName(pptpl2tp.seluserType)
Select(seluserType).select_by_value('lantolan')
pptpl2tp.input_userNames('test')
pptpl2tp.input_password('test')
pptpl2tp.input_remoteInIp(vpnRouteLan)
pptpl2tp.input_remoteInIPMask('255.255.255.0')
pptpl2tp.click_saveS()
time.sleep(2)
# 从外网配置页面获取WAN1口地址
wanpage = NetworkConfig_wanpage(self.driver, self.url)
wanpage.click_NetworkConfig()
time.sleep(0.5)
wanpage.click_WANconfig()
time.sleep(1)
# WAN1 ip变量赋值，页面读取
# 判断联网状态
i = 0
while i < 21:
wanpage.click_refresh()
time.sleep(1)
list_conState = wanpage.getText_byXpath(wanpage.connectState1)
print(str(list_conState), i)
if str(list_conState) != ConnectState:
time.sleep(3)
i += 1
else:
break
else:
CapPic(self.driver)
logger.info(u"WAN口未连接")
raise Exception('WAN1 未连接')
WAN1_ip = str(wanpage.getText_byXpath(wanpage.line1IP))
# print('WAN1_ip=',WAN1_ip)
time.sleep(1)
self.driver.quit()
# 另外一台路由器 配置pptp Client
login.test_enableLoginWeb(self, url=vpnRouteUrl)
pptpl2tp = pptpL2tpPage(self.driver, self.url)
pptpl2tp.click_VPNConfig()
time.sleep(0.5)
pptpl2tp.click_pptpL2tp()
time.sleep(1)
# 操作删除 以访已有规则
pptpl2tp.click_selall()
time.sleep(0.2)
pptpl2tp.click_delall()
time.sleep(2)
try:
self.driver.implicitly_wait(2)
pptpl2tp.find_ok()
except NoSuchElementException:
try:
pptpl2tp.find_tipsshowin()
time.sleep(1)
except NoSuchElementException:
pass
else:
time.sleep(1)
print('VPN隧道列表为空')
pptpl2tp.click_add()
time.sleep(2)
pptpl2tp.click_workMode2()
pptpl2tp.click_workModepptp()
pptpl2tp.input_TunNames('testS')
pptpl2tp.input_TunNamesIP(WAN1_ip)
pptpl2tp.input_userNames('test')
pptpl2tp.input_password('test')
pptpl2tp.input_remoteInIp(host)
pptpl2tp.input_remoteInIPMask('255.255.255.0')
pptpl2tp.click_save()
time.sleep(2)
i = 0
while i < 100:
pptpl2tp.click_pptpL2tp()
time.sleep(1)
list_status = pptpl2tp.getText_byXpath(pptpl2tp.list_status)
print(list_status)
if list_status == StateVPN2:
logger.info(u'PPTP 已建立')
break
else:
time.sleep(3)
i += 1
else:
logger.info(u'pptp 未建立成功')
CapPic(self.driver)
raise Exception(u'pptp未建立成功')
self.driver.quit()
logger.info('test_001_PPTPserver passed')
