def check_15s_validity(self):
#点击接入点菜单
tmp1 = APSBusiness(self.driver)
tmp1.APS_menu()
#选择页面上的刷新时间间隔
tmp = NavbarControl(self.driver)
tmp.refresh_menu()
tmp.refresh_choose("15s")
#获取主界面的运行时间
result1 = tmp1.get_uptime1()
m = result1.split("m")
a = int(m[-1].strip("s"))
#如果现在运行时间大于45秒,则多等待15秒后再进行测试
if a >= 45:
time.sleep(15)
#获取主界面的运行时间
result1_2 = tmp1.get_uptime1()
#等待设定的时间后
time.sleep(15)
result2 = tmp1.get_uptime1()
x = result1_2.split("m")
c = int(x[-1].strip("s"))
n = result2.split("m")
b = int(n[-1].strip("s"))
result = b - c
print c, b, result
return result
#等待设定的时间后
time.sleep(15)
result2 = tmp1.get_uptime1()
n = result2.split("m")
b = int(n[-1].strip("s"))
result = b - a
print a, b, result
return result
def test_008_check_AP_webpage_online_num(self):
u"""AP数量和状态必须与接入点页面的信息一致(testlink_ID:1148)"""
log.debug("008")
tmp1 = APSBusiness(self.driver)
tmp1.APS_menu()
result = tmp1.online_AP_num()
#解除最后一个slave AP的配对
tmp1.unpair_last_slave_ap(1)
assert result == 2,"check AP number is different as AP webpage online,test fail!"
print "check AP number is same as AP webpage online,test pass!"
def test_030_failover_master_ap_num(self):
u"""failover ap 切换到master ap模式后，AP数量不变(testlink_ID:2393)"""
log.debug("030")
tmp = APSBusiness(self.driver)
#登录failover ap的web界面
tmp.login_failover_ap(data_basic['slave_web2'],
data_basic['superUser'], data_login['all'])
#确定在线ap的数量
#点击接入点
tmp.APS_menu()
result = tmp.online_AP_num()
self.assertEqual(3, result), "after failover change to master check ap num, test fail!"
print "after failover change to master check ap num, test pass!"
def check_never_validity(self):
#点击接入点菜单
tmp1 = APSBusiness(self.driver)
tmp1.APS_menu()
#选择页面上的刷新时间间隔
tmp = NavbarControl(self.driver)
tmp.refresh_menu()
tmp.refresh_choose(u"永不")
#获取主界面的运行时间
result1 = tmp1.get_uptime1()
#等待2分钟
time.sleep(120)
result2 = tmp1.get_uptime1()
return result1, result2
def check_min_validity(self, T):
#点击接入点菜单
tmp1 = APSBusiness(self.driver)
tmp1.APS_menu()
#选择页面上的刷新时间间隔
tmp = NavbarControl(self.driver)
tmp.refresh_menu()
tmp.refresh_choose(T)
#获取主界面的运行时间
result1 = tmp1.get_uptime1()
n = result1.split("m")
m = n[0].split("h")
a = int(m[-1])
#如果现在运行时间大于55分钟,则多等待5分钟后再进行测试
if a >= 55:
time.sleep(300)
#获取主界面的运行时间
result1_2 = tmp1.get_uptime1()
#等待设定的时间后
t = int(T.strip("min")) * 60
time.sleep(t)
result2 = tmp1.get_uptime1()
c = result1_2.split("m")
d = c[0].split("h")
e = int(d[-1])
f = result2.split("m")
g = f[0].split("h")
h = int(g[-1])
result = h - e
print e, h, result
return result
#等待设定的时间后
t = int(T.strip("min")) * 60
time.sleep(t)
result2 = tmp1.get_uptime1()
x = result2.split("m")
y = x[0].split("h")
b = int(y[-1])
result = b - a
print a, b, result
return result
def check_change_refresh_time(self, time, username, pwd):
tmp = NavbarControl(self.driver)
#点击页面上的刷新时间间隔
tmp.refresh_menu()
#选择页面上的刷新时间间隔
tmp.refresh_choose(time)
#获取刷新时间
result1 = tmp.get_refresh_time()
#点击接入点菜单
tmp1 = APSBusiness(self.driver)
tmp1.APS_menu()
#获取刷新时间
result2 = tmp.get_refresh_time()
#点击页面上的退出按钮
tmp.logout()
tmp2 = LoginBusiness(self.driver)
#登录GWN7610的web界面
tmp2.login(username, pwd)
#获取刷新时间
result3 = tmp.get_refresh_time()
if (time in result1) and (time in result2) and (time in result3):
return True
else:
return False
