def handleTestSwitchLeftMidRightAction(client, action):
if config.device.testswitchleftmidright() is False:
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onswitchleftmidright", data)
client.sendAction(actionReply)
def handleOnSecondPowerAction(client, action):
if config.device.testsecondpower() is False:
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onsecondpower",data)
client.sendAction(actionReply)
def handleTestSwitchMiddleAction(client, action):
if config.device.testswitchmiddle() is False:
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "ontestswitchmiddle",data)
client.sendAction(actionReply)
def handleOnDieAction(client, action):
if config.device.offline() is False: # 这个函数未定义
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "ondie",data)
client.sendAction(actionReply)
def handleOnGpioFiveAction(client, action):
if config.device.testfivegpio() is False:
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "ongpiofive",data)
client.sendAction(actionReply)
def handleOnPowerAction(client, action):
if config.device.control_power(action.count) is False: # 这个只需要调用这个函数
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onpower",data)
client.sendAction(actionReply)
def handleOnMeshsetAction(client, action):
if config.device.meshset() is False: # 调用 meshset、check_exp、connect_device、connect_telnet_host
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onmeshset",data)
client.sendAction(actionReply)
def handleOnFirstOkAction(client, action): # 只能同时只能打开一个终端
if config.device.firstok() is False: # firstok、check_cmd_exp、do_telnet、command
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onfirstok",data)
client.sendAction(actionReply)
def handleOnCheckFirstAction(client, action):
if config.device.checkfirst() is False: # checkfirst、check_cmd_exp、do_telnet、command
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "oncheckfirst",data)
client.sendAction(actionReply)
def handleOnTestSd(client, action):
if config.device.test3g() is False: # test3g、check_cmd_exp、do_telnet、command
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "ontest3g",data)
client.sendAction(actionReply)
def handleOnTestUsbAction(client, action):
if config.device.testusb() is False: # testusb、check_exp、connect_device、connect_telnet_host
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "ontestusb",data)
client.sendAction(actionReply)
def handleTestDownTestAction(client, action):
if config.device.buletoothtest() is False:
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onbluetooth", data)
client.sendAction(actionReply)
def handleOnConnectAction(client, action):
config.device = SystemF(action) # 根据前端传递过来的action对象来创建实例化对象，
if config.device.ping_start is False: # 判断是否ping通，并将结果传递给前端
data = demjson.encode({'status': 0})
else:
data = demjson.encode({'status': 1})
actionReply = Action.buildReplyAction(action, "onconnect", data)
client.sendAction(actionReply)
def handleOnMacCompareAction(client, action):
if config.device.maccompare() is False:
"""
maccompare、check_resp、do_ssh、command、computmac
maccompare、check_resp、do_telnet、command、computmac
"""
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onmacpare",data)
client.sendAction(actionReply)
def handleOnFirstOkAction(client, action):
if config.device.coreok() is False:
"""
1、coreok、check_cmd_exp、do_telnet、command
2、coreok、check_cmd、do_telnet、command
"""
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "oncoreok",data)
client.sendAction(actionReply)
def handleOnSpeedTxAction(client, action):
speed = config.device.speed_tx()
"""
1、speed_tx、wait_wget_success、check_resp、do_ssh、command
speed_tx、wait_wget_success、check_resp、do_telnet、command
"""
if speed is False:
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'speed_tx': speed, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onspeedtx",data)
client.sendAction(actionReply)
def handleOnResetAction(client, action):
if config.device.gpio() is False: # gpio、check_cmd、do_telnet、command
"""
1.command 这个函数是使用subprocess多进程来远程登陆路由器，并且执行shell脚本命令。
2.do_telnet 这个函数是来执行提供shell脚本语句
3.check_cmd 是用来直接调用do_telnet函数的
4.gpio 这个函数是用来传递需要执行的语句的
"""
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "ongpio",data)
client.sendAction(actionReply)
def handleOnResetAction(client, action): # 流程是测试员按下了按钮，就会像后端发送这个action对象，后端来检验这个路由器是否做出了相应的响应
if config.device.reset() is False: # 调用reset、check_exp、connect_device、connect_telnet_host一共需要四个函数。
"""
1.connect_telnet_host 这个函数是是用来远程登陆路由器的，一旦登陆就意味着监听路
由器的reset按钮的状态，这个函数是来返回tn对象的。
2.connect_device 这个函数是用来获取tn对象的
3.check_exp 这个函数一是调用上面的函数来获取tn对象的，二是监听路由器是否
被人按下，发出一个字符串的信号，同时根据是否监听到想要的内容，来响应相应的Bool值
4.reset函数根据上一个函数的响应结果来返回相应的值来传给这里来。
"""
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onreset",data)
client.sendAction(actionReply)
def handleOnPreTreatAction(client, action):
if config.device.pretreat(action.mac_address) is False:
"""
1、pretreat、set_ssid、set_ssid_of_name
pretreat、set_ssid、joinwifi、
2、pretreat、wait_ping_ip_start
3、pretreat、check_resp、do_ssh、command
pretreat、check_resp、do_telnet、command
4、pretreat、wait_ping_ssh
pretreat、connect_device_tel、
"""
data = demjson.encode({'status': 0, 'index': action.index})
else:
data = demjson.encode({'status': 1, 'index': action.index})
actionReply = Action.buildReplyAction(action, "onpretreat",data)
client.sendAction(actionReply)
def handleOnLiveAction(client, action): # 这里action是一个前端传过来的包含有很多信息的对象
logging.info("handleOneLiveAction()")
data = demjson.encode({'status': 1}) # 这个就是将字典打包为json格式的字符串
actionReply = Action.buildReplyAction(action, "onlive", data) # 获得了重构后的action实例对象，因为这个实例对象现在需要反向发送了，所以发送与接受方需要对换，同时增加data状态信息
client.sendAction(actionReply) # 这个就是物联网的通信协议