def upgrade_to_old_version():
# 向低版本升级测试
to_log('向低版本升级测试')
# 获取升级前的设备属性
a0 = get_device_attribute(data_for_upgradeTest['deviceNo'])
to_log('升级前版本号为：' + a0.get('sys.software.version', ''))
# 发送升级命令
send_upgrade_cmd(data_for_upgradeTest['deviceNo'], p1.get('id', ''))
time.sleep(10)
# 检查升级过程是否完成
for ii in range(240):
a1 = get_device_attribute(data_for_upgradeTest['deviceNo'])
if a1.get('time', '1') != a0.get('time', ''):
break
# 升级完成后获取设备属性
a2 = get_device_attribute(data_for_upgradeTest['deviceNo'])
to_log('升级后版本号为：' + a2.get('sys.software.version', ''))
# 断言升级是否成功
if a0.get('sys.software.version', '') != a2.get('sys.software.version',
''):
to_log('向低版本升级测试PASS\n')
return True
else:
to_log('向低版本升级测试Failed\n')
return False
def check_network_config_if_success(
want_time, device_no=data_for_networkTest.get('deviceNo')):
import time
from dmSupport import get_device_attribute
from to_log import to_log
flag = False
try:
for i in range(int(want_time / 5)):
# 获取系统当前时间
ts = time.strftime('%Y-%m-%d %H-%M-%S',
time.localtime(time.time()))
# 获取设备属性
da = get_device_attribute(device_no)
# 修正时间
ct = ts[:-4] + str(int(ts[-4]) + 1)
if da.get('time', 'failed')[:-3] == ts[:-3] or da.get(
'time', 'failed')[:-3] == ct:
flag = True
break
except:
to_log('检查网络配置模块异常, 请确认输入的时间是否为5的整数倍')
return flag
# 生成LAN+静态IP网络配置二维码
lan_mode(ip=data_for_networkTest.get('ip'),
mask=data_for_networkTest.get('mask'),
gw=data_for_networkTest.get('gw'),
dns=data_for_networkTest.get('dns'))
# 配网时间
time.sleep(5)
if check_network_config_if_success(120):
# 获取系统当前时间
nowTimestamp = time.strftime('%Y-%m-%d %H-%M-%S',
time.localtime(time.time()))
# 获取设备属性
da = get_device_attribute(data_for_networkTest.get('deviceNo'))
# 修正时间
correction_time = nowTimestamp[:-4] + str(int(nowTimestamp[-4]) + 1)
if da.get('time', 'failed')[:-3] == nowTimestamp[:-3] or da.get(
'time', 'failed')[:-3] == correction_time:
if da.get('persist.net.type') == 'eth' and da.get(
'persist.net.dhcp') == 'false':
to_log('LAN+静态IP网络配置测试Pass\n')
to_log('配网方式：' + da.get('persist.net.type', ''))
to_log('DHCP：' + da.get('persist.net.dhcp', ''))
to_log('IP：' + da.get('sys.net.ip', ''))
to_log('MASK：' + da.get('persist.net.mask', ''))
to_log('GW：' + da.get('persist.net.gw', ''))
to_log('DNS：' + da.get('persist.net.dns1', ''))
to_log('MAC：' + da.get('system.net.wifi.mac', '') + '\n')
to_log('***网络配置成功率测试***')
for i in range(configuration['netConfigTestTime']):
# 配网
driver.get('file:///' + configuration['filePath'] + 'netPass.png')
# 识别时间
time.sleep(1)
# 打开空白图片
driver.get('file:///' + configuration['filePath'] + 'blank.png')
# 配网时间
time.sleep(15)
# 获取系统当前时间
nowTimestamp = time.strftime('%Y-%m-%d %H-%M-%S', time.localtime(time.time()))
to_log(nowTimestamp)
# 获取设备属性上传时间
dmTimestamp1 = get_device_attribute(configuration['networkDeviceNo']).get('time', '获取时间失败')
to_log(dmTimestamp1)
if nowTimestamp[:-3] == dmTimestamp1[:-3]:
to_log('第' + str(i + 1) + '配网成功 ^_^')
passCount += 1
else:
to_log('第' + str(i + 1) + '配网失败 -_-')
failCount += 1
# 断网
driver.get('file:///' + configuration['filePath'] + 'netFail.png')
# 识别时间
time.sleep(1)
# 打开空白图片
driver.get('file:///' + configuration['filePath'] + 'blank.png')
# 配网时间
# coding=utf-8
import time
from to_log import to_log
from configFile import configuration
from dmSupport import get_device_attribute, send_upgrade_cmd
passCount = 0
failCount = 0
to_log('***升级成功率测试***')
for i in range(20):
# 获取升级前的设备属性
a0 = get_device_attribute(configuration['upgradeDeviceNo'])
to_log('第' + str(i + 1) + '次升级前版本为：' + a0.get('sys.software.version', ''))
# 下发升级（4.0.38:153/4.0.38.4:172）
if a0.get('sys.software.version', '') == '4.0.38':
send_upgrade_cmd(configuration['upgradeDeviceNo'], '172')
elif a0.get('sys.software.version', '') == '':
to_log('获取设备属性失败！')
else:
send_upgrade_cmd(configuration['upgradeDeviceNo'], '153')
time.sleep(15)
# 升级过程等待20min，期间每个5秒获取一次设备属性
# 如果最后一次属性上传时间与上次上传时间相等，则升级过程结束
for ii in range(240):
a1 = get_device_attribute(configuration['upgradeDeviceNo'])
if a1.get('time', '') != a0.get('time', ''):
break
# 升级完成后获取设备属性
to_log('升级后版本号为：' + a2.get('sys.software.version', ''))
# 断言升级是否成功
if a0.get('sys.software.version', '') != a2.get('sys.software.version',
''):
to_log('向低版本升级测试PASS\n')
return True
else:
to_log('向低版本升级测试Failed\n')
return False
if upgrade_to_old_version():
# 低版本向当前版升级测试
to_log('低版本向当前版升级测试')
# 获取升级前的设备属性
a3 = get_device_attribute(data_for_upgradeTest['deviceNo'])
to_log('升级前版本号为：' + a3.get('sys.software.version', ''))
# 发送升级命令
send_upgrade_cmd(data_for_upgradeTest['deviceNo'], p2.get('id', ''))
time.sleep(10)
# 检查升级过程是否完成
for ii in range(240):
a4 = get_device_attribute(data_for_upgradeTest['deviceNo'])
if a3.get('time', '') != a4.get('time', ''):
break
# 升级完成后获取设备属性
a5 = get_device_attribute(data_for_upgradeTest['deviceNo'])
to_log('升级后版本号为：' + a5.get('sys.software.version', ''))
# 断言升级是否成功
if a3.get('sys.software.version', '') != a5.get('sys.software.version',
''):
with open('issueTest.log', "r+", encoding='UTF-8', errors='ignore') as f:
content = f.read()
f.seek(0, 0)
f.write(
time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time())) +
": " + str_info + '\n' + content)
f.close()
print(str_info)
# A5下发稳定性测试1: 2126
# A5下发稳定性测试2: 2127
count = 0
for i in range(10):
device_att = get_device_attribute('4113180400131017')
if '下发稳定性测试1' in device_att.get('send.test1', ''):
issue_user_defined_config('2127', '2767390', '4113180400131017')
time.sleep(10)
count += 1
temp0 = get_device_attribute('4113180400131017')
if '下发稳定性测试2' in temp0.get('send.test1', ''):
to_log('第' + str(count) + '次下发成功^_^')
else:
to_log('第' + str(count) + '次下发成功-_-')
elif '下发稳定性测试2' in device_att.get('send.test1', ''):
issue_user_defined_config('2126', '2767390', '4113180400131017')
time.sleep(10)
count += 1
temp1 = get_device_attribute('4113180400131017')
if '下发稳定性测试1' in temp1.get('send.test1', ''):
to_log('***网络配置成功率测试***', file='4gModeTest.log')
for i in range(500):
# 配网
driver.get('file:///D:/script/flushbonding/4gMode.png')
# 识别时间
time.sleep(1)
# 打开空白图片
driver.get('file:///D:/script/flushbonding/blank.png')
# 日本4G卡配网时间35s，DM设备状态变更2min
time.sleep(125)
# 获取系统当前时间
nowTimestamp = time.strftime('%Y-%m-%d %H-%M-%S', time.localtime(time.time()))
# 获取设备属性
da = get_device_attribute('4140190200100062')
# 修正时间
correction_time = nowTimestamp[:-4] + str(int(nowTimestamp[-4]) + 1)
if da.get('time', 'failed')[:-3] == nowTimestamp[:-3] or da.get('time', 'failed')[:-3] == correction_time:
to_log('第' + str(i + 1) + '配网成功 ^_^', file='4gModeTest.log')
passCount += 1
else:
to_log('第' + str(i + 1) + '配网失败 -_-', file='4gModeTest.log')
failCount += 1
# 断网
driver.get('file:///D:/script/flushbonding/lanMode.png')
# 识别时间
time.sleep(1)
# 打开空白图片
