def test_013_edit_ssid_name(self):
u"""修改group2的ssid名称，避免客户端数量被干扰"""
log.debug('013')
#选择进入group1网络组
tmp1 = NetworkListBusiness(self.s)
tmp1.goin_network("group2")
#修改ssid
tmp = SSIDSBusiness(self.s)
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict = {
'membership_macs': "%s" % (data_ap['7600lr_mac'].upper()),
'ssid_ssid': data_wireless['grou1_all_ssid'] + "3"
}
tmp.edit_ssid(data_ap['7600lr_mac'], 'GWN-Cloud', encry_dict,
data_dict)
time.sleep(60)
#AP 上传流量统计的准确性
tmp2 = APSBusiness(self.s)
tmp2.run_AP_download_back(data_wireless['grou1_all_ssid'] + "3",
data_wireless['short_wpa'],
data_basic['wlan_pc'], data_basic['lan_pc'])
time.sleep(360)
#等待5分钟
result = tmp.connect_DHCP_WPA_AP(data_wireless['grou1_all_ssid'] + "3",
data_wireless['short_wpa'],
data_basic['wlan_pc'])
tmp.dhcp_release_wlan_backup(data_basic['wlan_pc'])
self.assertIn(data_wireless['grou1_all_ssid'] + "3", result)
def test_009_default_client_connect_iperf_ap(self):
u"""修改default下面ssid0频段为5G，使用无线client连接"""
log.debug("009")
#修改ssid
tmp = SSIDSBusiness(self.s)
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict = {
'membership_macs': "%s" % (data_ap['7610_mac'].upper()),
'ssid_ssid': data_wireless['all_ssid'],
'ssid_ssid_band': "5",
}
tmp.edit_ssid(data_ap['7610_mac'], data_wireless['all_ssid'],
encry_dict, data_dict)
time.sleep(60)
#AP 上传流量统计的准确性
tmp2 = APSBusiness(self.s)
tmp2.run_AP_download_back(data_wireless['all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'], data_basic['lan_pc'])
time.sleep(360)
#等待5分钟
result = tmp.connect_DHCP_WPA_AP(data_wireless['all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'])
tmp.dhcp_release_wlan_backup(data_basic['wlan_pc'])
self.assertIn(data_wireless['all_ssid'], result)
def test_012_check_change_network_client_count(self):
u"""修改group1下面ssid，使用无线client连接，并打流"""
log.debug("012")
#选择进入group1网络组
tmp1 = NetworkListBusiness(self.s)
tmp1.goin_network("group1")
#修改ssid
tmp = SSIDSBusiness(self.s)
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict = {
'membership_macs': "%s" % (data_ap['7600_mac'].upper()),
'ssid_ssid': data_wireless['grou1_all_ssid']
}
tmp.edit_ssid(data_ap['7600_mac'], 'GWN-Cloud', encry_dict, data_dict)
time.sleep(60)
#AP 上传流量统计的准确性
tmp2 = APSBusiness(self.s)
tmp2.run_AP_download_back(data_wireless['grou1_all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'], data_basic['lan_pc'])
#等待5分钟
result = tmp.connect_DHCP_WPA_AP(data_wireless['grou1_all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'])
time.sleep(360)
tmp.dhcp_release_wlan_backup(data_basic['wlan_pc'])
self.assertIn(data_wireless['grou1_all_ssid'], result)
def test_024_modify_ssid(self):
u"""更改client所在的ssid名称后显示(testlinkID:1452)"""
log.debug("024")
#修改ssid2的ssid
tmp1 = SSIDSBusiness(self.s)
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid': data_wireless['all_ssid']+"-3"}
tmp1.edit_ssid(data_ap['7600_mac'], data_wireless['all_ssid']+"-2",
encry_dict, data_dict)
time.sleep(120)
tmp = Clients_Business(self.s)
tmp.connect_WPA_AP(data_wireless['all_ssid']+"-3",
data_wireless['short_wpa'], data_basic["wlan_pc"])
time.sleep(120)
# tmp.dhcp_release_wlan(data_basic["wlan_pc"])
#客户端-状态，获取第一个客户端的信息
# #使用用户名密码，带着cookie登录cloud，并返回响应数据
# tmp.webLogin(data_basic['cloud_user'], data_basic['cloud_pwd'])
client_info = tmp.get_first_client_info()
AP_ssid = client_info['ssid']
#删除ssid2
tmp1.delete_ssid(data_wireless['all_ssid']+"-3")
self.assertEqual(AP_ssid, data_wireless['all_ssid']+"-3")
def test_002_clients_count(self):
u"""用户数量统计(testlinkID:1380,1381)"""
log.debug("002")
#修改ssid
tmp1 = SSIDSBusiness(self.s)
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid': data_wireless['all_ssid'],
'removed_macs': "%s,%s"%(data_ap['7600_mac'].upper(),
data_ap['7600lr_mac'].upper())}
tmp1.edit_ssid(data_ap['7610_mac'], 'GWN-Cloud',
encry_dict, data_dict)
time.sleep(120)
tmp = Clients_Business(self.s)
#无线网卡连接ap
tmp.connect_DHCP_WPA_AP(data_wireless['all_ssid'],
data_wireless['short_wpa'], data_basic["wlan_pc"])
#使用无线网卡ping internet 1分钟
tmp.set_wlan_ping_internet_1min(data_basic['lan_pc'])
#等待10分钟ap上传数据到cloud
time.sleep(600)
tmp.dhcp_release_wlan(data_basic["wlan_pc"])
client_count = tmp.get_current_5mins_clients_count("1d")
self.assertEqual(client_count, 1)
def test_013_client_upload(self):
u"""实时客户端upload流量统计(testlinkID:1412)"""
log.debug("013")
#修改ssid改为7610
tmp1 = SSIDSBusiness(self.s)
#修改为5G
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid_band': "5",
'removed_macs': "%s,%s"%(data_ap['7600_mac'].upper(),
data_ap['7600lr_mac'].upper())}
tmp1.edit_ssid(data_ap['7610_mac'], data_wireless['all_ssid'],
encry_dict, data_dict)
time.sleep(120)
#AP 下载流量-10M
tmp2 = APSBusiness(self.s)
tmp2.run_AP_upload(data_wireless['all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'],
data_basic['lan_pc'])
#等待6分钟
time.sleep(360)
tmp = Clients_Business(self.s)
#客户端-状态，获取第一个客户端的信息
client_info = tmp.get_first_client_info()
client_up = client_info['txBytes']
#上传流量大于5M
self.assertGreaterEqual(client_up, (5*1024*1024))
def test_075_reset_cloud(self):
u"""删除ap，并恢复cloud的初始环境"""
log.debug("075")
#删除ssid2
tmp1 = SSIDSBusiness(self.s)
tmp1.dhcp_release_wlan(data_basic['wlan_pc'])
tmp1.disconnect_ap()
tmp1.delete_ssid(data_wireless['all_ssid'] + "-2")
time.sleep(120)
#测试完后恢复初始环境
#1.修改ap的ssid为GWN-Cloud
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict = {'ssid_ssid': "GWN-Cloud", 'ssid_ssid_band': ""}
tmp1.edit_ssid("", data_wireless['all_ssid'], encry_dict, data_dict)
time.sleep(120)
#删除多有access list
tmp2 = AccessListBusiness(self.s)
tmp2.delete_list("Access list1")
tmp2.delete_list("Access list2")
tmp2.delete_list("Access list3")
time.sleep(120)
#删除三个ap
tmp = APSBusiness(self.s)
tmp.delete_ap(data_ap['7610_mac'])
tmp.delete_ap(data_ap['7600_mac'])
tmp.delete_ap(data_ap['7600lr_mac'])
time.sleep(360)
def test_006_chart_ssid_bandwidth_2h(self):
u"""检查2 hour的bandwidth usage统计数据是否正确(testlinkID:1401)"""
log.debug("006")
#修改ssid为5G
tmp1 = SSIDSBusiness(self.s)
#修改为5G
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid_band': "5"}
tmp1.edit_ssid(data_ap['7610_mac'], data_wireless['all_ssid'],
encry_dict, data_dict)
time.sleep(120)
#AP 下载流量-10M
tmp2 = APSBusiness(self.s)
tmp2.run_AP_download(data_wireless['all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'],
data_basic['lan_pc'])
#等待6分钟
time.sleep(360)
tmp = Clients_Business(self.s)
ssid_bw = tmp.check_chart_ssid_bandwidth("2h")
self.assertTrue(ssid_bw)
def test_010_client_mac(self):
u"""验证客户端mac信息正确(testlinkID:1408)"""
log.debug("010")
#修改ssid改为7600
tmp1 = SSIDSBusiness(self.s)
#修改为5G
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid_band': "5",
'removed_macs': "%s,%s"%(data_ap['7610_mac'].upper(),
data_ap['7600lr_mac'].upper())}
tmp1.edit_ssid(data_ap['7600_mac'], data_wireless['all_ssid'],
encry_dict, data_dict)
time.sleep(120)
tmp = Clients_Business(self.s)
tmp.connect_WPA_AP(data_wireless['all_ssid'],
data_wireless['short_wpa'], data_basic["wlan_pc"])
time.sleep(120)
# tmp.dhcp_release_wlan(data_basic["wlan_pc"])
# #使用用户名密码，带着cookie登录cloud，并返回响应数据
# tmp.webLogin(data_basic['cloud_user'], data_basic['cloud_pwd'])
#客户端-状态，获取第一个客户端的信息
client_info = tmp.get_first_client_info()
client_mac = client_info['clientId']
wlan_mac = tmp.get_wlan_mac(data_basic['wlan_pc']).upper()
self.assertEqual(client_mac, wlan_mac)
def test_057_reset_cloud(self):
u"""删除ap，并恢复cloud的初始环境"""
log.debug("057")
#测试完后恢复初始环境
#1.修改ap的ssid为GWN-Cloud
tmp1 = SSIDSBusiness(self.s)
tmp1.dhcp_release_wlan(data_basic['wlan_pc'])
tmp1.disconnect_ap()
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict = {'ssid_ssid': "GWN-Cloud", 'ssid_ssid_band': ""}
tmp1.edit_ssid("", data_wireless['all_ssid'], encry_dict, data_dict)
time.sleep(120)
#删除三个ap
tmp = APSBusiness(self.s)
tmp1 = NetworkListBusiness(self.s)
tmp.delete_ap(data_ap['7610_mac'])
tmp1.goin_network('group1')
tmp.delete_ap(data_ap['7600_mac'])
tmp1.goin_network('group2')
tmp.delete_ap(data_ap['7600lr_mac'])
tmp1.delete_network('group1')
tmp1.delete_network('group2')
time.sleep(360)
def check_manyaccesslist_blacklist(self, client_mac, ap_mac, wifi_ssid,
wifi_pwd, host, user, ssh_pwd):
tmp = AccessListBusiness(self.s)
#已有一个Access list1，先编辑
macs = []
macs2 = []
macs3 = []
macs.append(client_mac)
tmp.edit_list("Access list1", macs)
time.sleep(60)
#然后再添加两个list
random_mac2 = tmp.randomMAC()
macs2.append(random_mac2)
random_mac3 = tmp.randomMAC()
macs3.append(random_mac3)
tmp.add_list("Access list2", macs2)
time.sleep(60)
tmp.add_list("Access list3", macs3)
time.sleep(60)
#获取Access list的id
list_info = tmp.get_list_info("Access list1")
id1 = list_info['id']
list_info = tmp.get_list_info("Access list2")
id2 = list_info['id']
list_info = tmp.get_list_info("Access list3")
id3 = list_info['id']
#然后在修改ssid1为黑名单
tmp1 = SSIDSBusiness(self.s)
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': wifi_pwd
}
data_dict = {
'ssid_mac_filtering': "2",
'ssid_maclist_black': ["%s" % id1,
"%s" % id2,
"%s" % id3]
}
tmp1.edit_ssid(ap_mac, wifi_ssid, encry_dict, data_dict)
time.sleep(120)
result1 = tmp.check_Blacklist_cli(host, user, ssh_pwd, client_mac)
result2 = tmp.check_Blacklist_cli(host, user, ssh_pwd, random_mac2)
result3 = tmp.check_Blacklist_cli(host, user, ssh_pwd, random_mac3)
return result1, result2, result3
def test_015_reset_cloud(self):
u"""恢复cloud的初始环境"""
log.debug("015")
#测试完后恢复初始环境
#1.修改ap的ssid为GWN-Cloud
tmp1 = SSIDSBusiness(self.s)
tmp1.dhcp_release_wlan(data_basic['wlan_pc'])
tmp1.disconnect_ap()
#使用用户名密码，带着cookie登录cloud，并返回响应数据
tmp1.webLogin(data_basic['cloud_user'], data_basic['cloud_pwd'])
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid': "GWN-Cloud",
'ssid_ssid_band': ""}
tmp1.edit_ssid("", data_wireless['all_ssid']+"NW",
encry_dict, data_dict)
time.sleep(120)
def test_002_Platform_Administrator_edit_ssid(self):
u"""平台管理员-修改ssid"""
log.debug("002")
#修改ssid
tmp = SSIDSBusiness(self.s)
#使用测试用户登录
tmp.webLogin(data_basic['Cloud_test_user'], data_basic['Cloud_test_pwd'])
time.sleep(180)
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid': data_wireless['all_ssid']}
tmp.edit_ssid(data_ap['7610_mac'], 'GWN-Cloud',
encry_dict, data_dict)
time.sleep(120)
#获取修改后的ssid
ssid = tmp.get_ssid_info(data_wireless['all_ssid'])['ssid']
self.assertEqual(ssid, data_wireless['all_ssid'])
def test_003_client_connect_newNetwork_ap(self):
u"""无线连接该ap"""
log.debug("003")
tmp = NetworkListBusiness(self.s)
#选择进入group1网络组
tmp.goin_network("group1")
#修改新网络组的ssid
tmp1 = SSIDSBusiness(self.s)
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid': data_wireless['all_ssid']+"-group1"
}
tmp1.edit_ssid(data_ap['7610_mac'], 'GWN-Cloud',
encry_dict, data_dict)
time.sleep(120)
#无线网卡连接ap
result = tmp.connect_WPA_AP(data_wireless['all_ssid']+"-group1",
data_wireless['short_wpa'], data_basic["wlan_pc"])
self.assertIn(data_wireless['all_ssid'], result)
def test_019_client_radio_5g(self):
u"""radio信息核对-2.4G(testlinkID:1417-2)"""
log.debug("019")
#修改ssid2为5g
tmp2 = SSIDSBusiness(self.s)
encry_dict = {'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']}
data_dict = {'ssid_ssid_band': "5"}
tmp2.edit_ssid(data_ap['7600_mac'], data_wireless['all_ssid']+"-2",
encry_dict, data_dict)
time.sleep(120)
tmp = Clients_Business(self.s)
tmp.connect_WPA_AP(data_wireless['all_ssid']+"-2",
data_wireless['short_wpa'], data_basic["wlan_pc"])
time.sleep(120)
# tmp.dhcp_release_wlan(data_basic["wlan_pc"])
#客户端-状态，获取第一个客户端的信息
# #使用用户名密码，带着cookie登录cloud，并返回响应数据
# tmp.webLogin(data_basic['cloud_user'], data_basic['cloud_pwd'])
client_info = tmp.get_first_client_info()
channelClass = client_info['channelClass']
self.assertEqual(channelClass, 5)
def test_004_check_connection_time_d_function(self):
u"""Connection Time单位选择d功能测试（Enabled勾选）(testlink_ID:1501)"""
log.debug("004")
tmp = TimePolicyBusiness(self.s)
# #断开无线网卡的连接
# tmp.disconnect_ap()
# #释放被禁的客户端
# client_mac = tmp.get_wlan_mac(data_basic['wlan_pc'])
# tmp.release_restrict_mac(client_mac)
# time.sleep(60)
#新增策略time policy3,连接时间1d，重置时间每周周一的23点
data_dict = {
'status': 1,
'reconnectType': 2,
'resetDay': 1,
'resetHour': "23",
'hour': "24",
'resetTimeType': "AM",
'timezone': "Etc/GMT",
'connectionTimeMap': {
'd': "1",
'h': "0",
'm': "0"
},
'connectionTimeoutMap': {
'd': "",
'h': "",
'm': ""
}
}
tmp.add_timepolicy("time policy3", data_dict)
#获取时间策略的id
timepolicy_id = tmp.get_timepolicy_id("time policy3")
#修改ssid1的ssid，并开启时间策略，并选择time policy3
tmp1 = SSIDSBusiness(self.s)
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict1 = {'ssid_timed_client_policy': "%s" % timepolicy_id}
tmp1.edit_ssid(data_ap['7600_mac'], data_wireless['all_ssid'],
encry_dict, data_dict1)
time.sleep(120)
#先修改ap的系统时间为2018-08-08 10:00:00
tmp2 = SettingsBusiness(self.s)
ssh_pwd = tmp2.get_ssh_pwd()
ssh = SSH(data_basic['7600_ip'], ssh_pwd)
ssh.ssh_cmd(data_basic['sshUser'], "date 201808081000")
#无线网卡连接
tmp.connect_DHCP_WPA_AP(data_wireless['all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'])
#再修改ap的系统时间为2018-08-09 10:00:00
ssh.ssh_cmd(data_basic['sshUser'], "date 201808091000")
#等待3分钟
time.sleep(180)
#判断AP是否依然连接
result = subprocess.check_output("iw dev %s link" %
data_basic['wlan_pc'],
shell=True)
print result
#释放无线网卡的ip
tmp.dhcp_release_wlan(data_basic['wlan_pc'])
#断开无线网卡的连接
tmp.disconnect_ap()
#释放被禁的客户端
client_mac = tmp.get_wlan_mac(data_basic['wlan_pc'])
tmp.release_restrict_mac(client_mac)
time.sleep(60)
self.assertIn("Not connected.", result)
def test_002_check_connection_m_time_function(self):
u"""Connection Time单位选择m（分钟）功能测试(Enable勾选)(testlink_ID:1589)"""
log.debug("002")
#新建一个策略time policy1,连接时间2分钟，重置时间每天23点
tmp = TimePolicyBusiness(self.s)
#断开无线网卡的连接
tmp.disconnect_ap()
data_dict = {
'status': 1,
'reconnectType': 1,
'resetDay': 1,
'resetHour': "23",
'hour': "24",
'resetTimeType': "AM",
'timezone': "Etc/GMT",
'connectionTimeMap': {
'd': "0",
'h': "0",
'm': "2"
},
'connectionTimeoutMap': {
'd': "",
'h': "",
'm': ""
}
}
tmp.add_timepolicy("time policy1", data_dict)
#获取时间策略的id
timepolicy_id = tmp.get_timepolicy_id("time policy1")
#修改ssid1的ssid，并开启时间策略，并选择time policy1
tmp1 = SSIDSBusiness(self.s)
encry_dict = {
'ssid_encryption': "3",
'ssid_wpa_encryption': "0",
'ssid_wpa_key_mode': "0",
'ssid_wpa_key': data_wireless['short_wpa']
}
data_dict1 = {
'ssid_ssid':
data_wireless['all_ssid'],
'ssid_timed_client_policy':
"%s" % timepolicy_id,
'removed_macs':
"%s,%s" %
(data_ap['7610_mac'].upper(), data_ap['7600lr_mac'].upper())
}
tmp1.edit_ssid(data_ap['7600_mac'], 'GWN-Cloud', encry_dict,
data_dict1)
time.sleep(120)
#先修改ap的系统时间为01:00:00
tmp2 = SettingsBusiness(self.s)
ssh_pwd = tmp2.get_ssh_pwd()
ssh = SSH(data_basic['7600_ip'], ssh_pwd)
ssh.ssh_cmd(data_basic['sshUser'], "date -s 01:00:00")
#无线网卡连接
tmp1.connect_DHCP_WPA_AP(data_wireless['all_ssid'],
data_wireless['short_wpa'],
data_basic['wlan_pc'])
#等待3分钟
time.sleep(240)
#判断AP是否依然连接
result = subprocess.check_output("iw dev %s link" %
data_basic['wlan_pc'],
shell=True)
print result
tmp1.dhcp_release_wlan(data_basic['wlan_pc'])
#断开无线网卡的连接
tmp.disconnect_ap()
#释放被禁的客户端
client_mac = tmp.get_wlan_mac(data_basic['wlan_pc'])
tmp.release_restrict_mac(client_mac)
time.sleep(60)
self.assertIn("Not connected.", result)