AR_2818使用手册

Quidway AR 28系列路由器安装手册目录目录第5章路由器的启动与配置....................................................................................................... 5-15.1 路由器的启动 ..................................................................................................................... 5-15.1.1 搭建配置环境........................................................................................................... 5-15.1.2 路由器上电 .............................................................................................................. 5-45.1.3 启动过程.................................................................................................................. 5-45.2 路由器的配置基础.............................................................................................................. 5-65.2.1 路由器配置的基本步骤 ............................................................................................ 5-65.2.2 命令行接口 .............................................................................................................. 5-6第5章路由器的启动与配置5.1 路由器的启动第一次安装使用Quidway AR 28系列路由器时，只能通过配置口（Console）进行配置。

实验三 2818交换机配置IP接口（interface）一、实验目的通过本实验，能够学会通过串口操作交换机，并对交换机的端口进行基本配置；能够查看所配置的内容；如何在交换机上查看日志内容。

通过本实验，对2618 交换机基本了解，能够对2618 交换机进行基本配置。

二、实验要求独立完成实验步骤，记录每个步骤的操作结果三、实验准备1、端口命名规则〉showrunning-configPort 端口号2、通过串口连接交换机（1）将PC 机与ZXR10 2818 进行正确连线之后，点击系统的[开始→程序→附件→通讯→超级终端]，进行超级终端连接，（2）按要求输入有关的位置信息：国家/地区代码、地区电话号码编号和用来拨外线的电话号码。

（3）弹出[连接说明]对话框时，为新建的连接输入名称并为该连接选择图标。

串口）（5）设置所选串行口的端口属性端口属性的设置主要包括以下内容：波特率“9600”，数据位“8”，奇偶校验“无”，停止位“1”，数据流控制“无”，ZXR10 2618 就可以加电启动，进行系统的初始化，进入配置模式进行操作。

可以看到如下界面：Welcome !ZTE Corporation.All rights reserved.login:adminpassword:*********系统启动成功后，出现提示符login：，要求输入登录用户名和密码，缺省用户名是admin，密码是zhongxing。

zte>系统启动异常处理：在[ZxR10 Boot]状态下输入zte，回车后输入初始密码zxr10，回车进入交换机的[BootManager]状态，输入reboot，回车3、配置端口基本参数端口参数的配置在端口配置模式下进行，主要包括以下内容。

1）．配置端口状态set port <portlist> {enable|disable}2）．设置端口的自适应功能set port <portlist> auto {enable|disable}自适应功能在缺省情况下是打开的，设置端口工作方式或端口速率后，自适应功能将自动关闭。

AVR单片机的全功能工业控制器设计吴焕琅深圳市中天越华自动控制科技有限公司摘要：介绍一款工业级的实用全功能控制器。

该控制器能隔离采集多种输入信号，输出多种控制信号；具有实时时钟、历史数据存储功能，彩色液晶显示界面，带有触摸屏操作和远程通信接口。

核心部分CPU采用AVR ATmega128单片机。

目前已用于批量生产。

关键词：隔离采集控制单片机彩色显示485接口ATmega128DS1642引言在自动控制产品的设计过程中，实现方案的选择常常是很矛盾的。

使用可编程逻辑控制器（PLC）和人机界面（HMI）来实现，开发速度较快，但成本太高，所开发的产品没有市场竞争力；使用单片机开发，成本低但开发周期长、开发量大且通用性不好。

用户需要的是一种成本低、开发周期较短、通用性较好的控制器，因此全功能工业控制器有很大的应用市场。

全功能工业控制器的整个电路分为信号隔离输入部分、控制器输出部分、实时时钟与历史数据存储部分、彩色液晶显示和触摸屏控制部分、通信接口等。

1信号隔离输入电路信号隔离输入电路分为开关量隔离输入、模拟量隔离输入、高速电脉冲隔离输入，电路如图1所示，开关量的隔离输入较为简单，输入信号采用光耦进行隔离后送入单片的普通I/O，单片机用查询方式进行采集。

图1信号隔离输入电路高速电脉冲的采集需要注意的是，所设计的电路必须适应高速信号采集的要求，因此隔离光耦应采用高速光耦（如6N137等）。

采用查询方式采集高速脉冲容易造成采集数据的丢失，高速脉冲应采用中断方式进行采集。

模拟量隔离采集是本控制器的一个重点和难点，笔者之前采用了线性光耦等多种方式进行模拟量的隔离采集实验，均未获满意的效果。

这里采用一种先将模拟量数字化（使用AD7705），然后通过有光耦隔离的数据口送到CPU进行模拟量隔离采集的方式，效果理想。

2控制器输出电路控制器的输出方式有继电器输出、晶体管输出、模拟电压输出，如图2所示。

继电器输出和晶体管输出电路较为简单，这里不作详细的介绍。

目 录第一章 概述------------------------------------------------------11.1 引言-----------------------------------------------------11.2 技术性能---------------------------------------------------------21.2.1 基本性能表--------------------------------------------------21.2.2 文件功能 (参数存储)-----------------------------------------51.3 其它特性---------------------------------------------------------61.3.1 功耗--------------------------------------------------------61.3.2 外形尺寸（W*H*D）-------------------------------------------61.3.3 重量-------------------------------------------------------61.4 使用注意---------------------------------------------------------61.4.1 自然环境---------------------------------------------------61.4.2 电源-------------------------------------------------------61.4.3 预热和连续工作时间-----------------------------------------7 第二章面板说明及入门操作-----------------------------------------------82.1 前面板说明-------------------------------------------------------82.2 后面板说明------------------------------------------------------102.3 基本显示区域说明-------------------------------------------------102.4 主菜单按键和相应显示的页面---------------------------------------112.5 基本操作---------------------------------------------------------19 第三章 使用说明---------------------------------------------------------203.1 注意事项--------------------------------------------------------203.2 各显示页面------------------------------------------------------203.2.1 开机画面--------------------------------------------------203.2.2 元件测量显示页面------------------------------------------213.2.3 档号显示页面----------------------------------------------263.2.4 档计数显示页面--------------------------------------------273.2.5 列表扫描显示页面------------------------------------------293.2.6 测量设置页面----------------------------------------------313.2.7 用户校正功能页面------------------------------------------353.2.8 极限列表设置页面------------------------------------------393.2.9 列表扫描设置页面------------------------------------------423.2.10 频率响应设置页面(仅TH2818)-------------------------------443.2.11 频率响应测量页面（仅TH2818）-----------------------------463.2.12 系统设置页面----------------------------------------------503.2.13 文件列表页面----------------------------------------------523.2.14 变压器测试设置页面（仅TH2818）---------------------------533.2.15 变压器极限设置页面（仅TH2818）---------------------------553.2.16 变压器测量显示页面（仅TH2818）---------------------------563.2.17 变压器判别显示页面（仅TH2818）---------------------------573.3.3 操作提示------------------------------------------------------583.3.3.1 开机---------------------------------------------------583.3.3.2 “清零”校正-------------------------------------------583.3.3.3 被测元件的正确连接-------------------------------------593.3.3.4 消除杂散阻抗的影响-------------------------------------603.3.3.5 测量---------------------------------------------------613.3.3.6 电感的测量---------------------------------------------613.3.3.7 变压器测量---------------------------------------------633.3.3.8 电容器的测量-------------------------------------------66 第四章 性能、功能与测试------------------------------------------------684.1 测量功能-------------------------------------------------------684.2 测试信号-------------------------------------------------------694.3 测量准确度-----------------------------------------------------704.4 校正功能-------------------------------------------------------764.5 比较器功能-----------------------------------------------------774.6 列表扫描-------------------------------------------------------774.7 元件的频率响应测量---------------------------------------------774.8 其它功能-------------------------------------------------------774.9 变压器测试-----------------------------------------------------774.10 接口-----------------------------------------------------------784.11 预热时间和连续工作时间-----------------------------------------794.12 环境条件-------------------------------------------------------794.13 安全要求-------------------------------------------------------794.14 电磁兼容性要求-------------------------------------------------804.15 性能测试-------------------------------------------------------80第五章 成套及保修------------------------------------------------------835.1 成套-----------------------------------------------------------835.2 标志-----------------------------------------------------------835.3 包装-----------------------------------------------------------835.4 运输-----------------------------------------------------------845.5 存储-----------------------------------------------------------845.6 保修-----------------------------------------------------------84部结构、外观、附件、包装物等进行改进和提高而不作另行说明！由此引起的说明书与仪器不一致的困惑，可通过封面的地址与我公司进行联系。

瑞芯微RK2818_安卓(android)2.1平板电脑固件包（ROM）修改简单教程编写：locke前言：还是要说一下那句话，DIY有风险，刷机需谨慎！！！建议最好有机子官方固件的前提下再做DIY操作，以防变成砖头时还能用官方固件刷回去。

目录：前言 (1)篇前随语 (1)一、系统文件提取 (2)二、固件打包 (7)三、固件升级 (7)后记 (9)篇前随语:瑞芯微方案的平板电脑（MID）出来已有一段时间了，虽然在性能上比原先的期望值低了一些，但对于价格只比MP4高出仅1~200元的智能产品，其可玩性很高，关注的人自然不在少数，所以上市这么久，拥有这方案平板电脑（MID）的网友现在也不在少数，但对于千篇一律的操作系统（UI、软件等），多多少少会有些让人用着不舒服，于是乎美化版、精减版、定制版ROM到处飞，可惜的是，原来RK2808摸索出来的方法，却不再适用于2818了，就一个原因，原来用cramfs格式压缩的system文件现在更改了压缩方式，以至于没办法将之解压、修改，可惜的是，国外的技术达人对瑞芯微系统不感兴趣，所以也就一直悬在那里，没人能解开这个问题。

这段时间，有不少拥有2818的网友都在询问有没找到2818的解包办法，哥“鸭梨”很大呀，引用网友――緣妙不可然的话：要尽快找到解决办法呀，否则也会影响你教程的普及嘛，听了这话，哥顿时“内牛满面”呐。

经过多番摸索，找到一个临时解决办法，哈哈哈！（大笑三声以示庆祝！）原来RK2818也只是“换汤不换药”哎，吼吼！！！对于懂行的网友，就不必看下面的教程了，简单一句话告诉你方法：在MID中将system 提取出来，然后修改，完后再用cramfs打包后再重新刷回去即可。

对于不懂行或初学的网友，可以接着看下面的教程。

前提条件，有台能正常使用的机子，因为需要用它提取system文件。

其次，最好有本机的原始ROM（官方固件），后面打包、升级时会用到。

一、系统文件提取在这里，要安装一个功能十分强大的辅助工具----91手机助手，借助它将需要的文件提取出来。

LORA / LORAWAN TUTORIAL 28.1 Installing Semtech UDP Packet Forwarder for the RAK831 Pilot Gatewayv1.0.0INTRO•A micro SD card is shipped with the RAK831 Pilot Gateway with all software pre-installed as mentioned in Tutorial 28.•In this tutorial I will show you how to install all the required software on a micro SD card.•The result is a bootable micro SD card which can be used in the RAK831 Pilot Gateway.Install Raspbian Lite on micro SD cardDOWNLOAD RASPBIAN LITE•Download Raspbian Lite.Lite is a minimal version of the Raspbian image for the Raspberry Pi.The Lite version has only a command line interface (CLI) and no desktop or GUI of any kind.This means fewer modules will load with the kernel thus less of the Raspberry Pi’s resources are used.https:///downloads/raspbian/•After the Raspbian Lite is downloaded,verify the SHA256 checksum.The checksum is a hash number and is used to verify the integrity of the file. macOS:shasum -a 256 <file>Linux:sha256sum <file>Windows 10:certutil -hashfile <file> SHA256WRITE IMAGE TO MICRO SD CARD•Download and install Etcher.Etcher is a tool for Windows,Mac and Linux for flashing images to SD cards and USB drives.https://www.balena.io/etcher/•Flash the Raspbian Lite onto the micro SD card using Etcher.•Note:If the micro SD card is not formatted,Etcher will format it before writing and verifying the image.ADD SSH FILE ON MICRO SD CARD•The micro SD Card has a /boot partition.On macOS,see: /Volumes/boot•Goto the /boot partition and add an empty file with name:ssh When the Raspberry Pi is rebooted it will look for file “ssh”. When found,it will enable SSH.By default SSH is disabled.After the reboot,the ssh file will be deleted.Get the gateway IP address•Insert the micro SD card into the Raspberry Pi.•Connect the LoRa antenna to the gateway.Never power up the gateway without the LoRa antenna, otherwise this can cause damage to your gateway.•It is not required to connect the GPS antenna because GPS is by default disabled as explained in Tutorial 28.•Connect the gateway to a router using an Ethernet cable.•Power up the gateway using the included power adapter.Do not use a power adapter with less than 2A output.•By default the Raspberry Pi has the hostname raspberrypi gateway routerInternetEthernet cable GPS LoRa antennamicro SD Card•There are several methods to get the gateway IP address,I will only demonstrate 3.•Method 1. Router devices list•Open a browser and navigate to your router’s IP address e.g.http://192.168.1.1The IP address is usually printed on a label on your router or check your router’s manual.•T o access your router’s configuration interface you need its username and password.Check your router’s manual.•Locate the gateway (raspberrypi) and write down its IP address.•Method 2. Resolving <hostname>.local with mDNS•On Raspbian,multicast DNS is supported out-of-the-box by the Avahi service.•If your computer supports mDNS,you can reach your gateway (Raspberry Pi) by using its hostname and the .local suffix.Enter command:ping raspberrypi.local•If your computer does not support mDNS,install the Net Analyzer app (iOS and Android) on your mobile.•Select the Ping option and enter:raspberrypi.local•Method 3. Connect monitor and keyboardgatewayrouterInternetEthernet cableGPSLoRa antennamicro SD CardUSB keyboardmonitorHDMI cable•Y ou will see the login prompt.The default username=pi and password=raspberry •Login with above mentioned credentials.•Enter command:hostname -I•The IP address will be shown,for example:192.168.1.71•On Linux and Mac the SSH command can be used to access the Raspberry Pi.•On Windows 10,SSH can be used or instead use Putty,https://.•T o enable SSH functionality on the Windows 10 PowerShell:- Open Settings- View the Apps- Go to the Manage optional features- Click Add a feature- Select OpenSSH Client- Wait, then reboot•Access the Raspberry Pi.ssh pi@<ip_address_gateway>For example:*************.1.71•The default username=pi and password=raspberryCHECK CURRENT RASPBERRY PI CONFIGURATION •Check time zone.date•Check the disk space.The full space of the micro SD card is used.df -h•Check if SPI is enabled.ls /dev/*spi*SPI is not enabled if you see:ls: cannot access '/dev/*spi*': No such file or directory•Check current language settings.localeRAK831 PILOT GATEWAYRaspberry Pi 3RAK831 concentratorConverter BoardSPISPIGPS AntennaPower supplyLoRa Antenna Led’sGPSPower supplyEthernet MCU4x USBPower ConnectorSX1301SX1257SX1257Configure Raspberry Pi•The Raspberry Pi needs to be configured.I will change:•user pi default password•the language•the time zone•and enable SPI•Open the Raspberry Pi Software Configuration T ool: sudo raspi-config•Change user pi password.Select menu: 1 Change User PasswordNote:For security reasons you must change the user pi default password.•Optionally change the language (default is English:en_GB.UTF-8). Select menu:4 Localisation OptionsSelect menu:I1 Change LocaleScroll the list and use the scrollbar to select.Recommended:xx_XX.UTF-8 UTF-8Press Enter key when done with the selection.In the next screen select the default locale for the system environment. Select for example nl_NL.UTF-8 and press the Enter key.•Change the timezone.Select menu:4 Localisation Options Select menu:I2 Change TimezoneFor example:Geographic area:EuropeTime zone: Amsterdam•Enable SPI.Select menu:5 Interfacing OptionsSelect menu:P4 SPI•This will enable SPI (Serial Peripheral Interface) on the Raspberry Pi.An SPI bus is used to send data between microcontroller(s) and peripherals.In this case sending data to and from the Raspberry Pi and RAK831 concentrator via the Converter Board.•Exit the Raspberry Pi configuration tool.MODIFY .BASHRC FILE•If you changed the language using the raspi-config tool,one extra change is needed. Goto pi’s home directory and edit the .bashrc filecd ~nano .bashrcAt the end of the .bashrc file add the following line with YOUR language choice: export LC_ALL=nl_NL.UTF-8Save the fileREBOOT AND LOGIN RASPBERRY PI •Reboot the Raspberry Pi:sudo reboot•Again access the Raspberry Pi:ssh pi@<ip_address_gateway> password=<your_new_password>VERIFY CHANGES•Check time zone:date•Check the disk space:df -h•Check if SPI is enabled:ls /dev/*spi*Y ou will see:/dev/spidev0.0 /dev/spi/dev0.1•Check current language settings.localeInstall softwareINSTALL SOFTWARE•Upgrade the Raspberry Pi packages:sudo apt-get update && sudo apt-get upgrade -y•Install Git.Git is a distributed version control system.sudo apt-get install git•I have forked https:///RAKWireless/RAK831-LoRaGateway-RPi andsimplified the installation procedure.•The repository https:///robertlie/RAK831-LoRaGateway-RPi contains just a few files.The install.sh script:- Creates the gateway EUI.- Allows the user to set the gateway hostname.- Allows the user to select the region the gateway will operate in.Dependant on the selected region the correct global_conf.json is copied from theconfiguration_files folder.- The local_conf.json is copied from the configuration_files folder and the gateway EUI is set in this file.- Allows the user to set the gateway latitude and longitude coordinates and its altitude. - Installs the Semtech LoRa library and the Semtech UDP Packet Forwarder and build both packages.- Makes the packet_forwarder a service,which means when the Raspberry Pi bootsthe packet_forwarder is started.- Disables the onboard Raspberry Pi bluetooth.•Before you start with the installation procedure,you must know which frequency plan to use in your country.See the list of frequency plans by country list:https:///docs/lorawan/frequencies-by-country.html•The frequency plans can be found at:https:///docs/lorawan/frequency-plans.html•If you know the frequency plan,look at the table and find the corresponding Region.Region Frequency PlanAS1AS920-923AS2AS923-925AU AU915-928CN CN470-510EU EU863-870IN IN865-867KR KR920-923RU-US US902-928INSTALL RAK831-LORAGATEWAY-RPI REPOSITORY •Installation procedure:git clone https:///robertlie/RAK831-LoRaGateway-RPi ~/rak831-loragateway•This repository is installed in:/home/pi/rak831-loragatewayEXECUTE INSTALL SCRIPT•Execute the install script:cd ~/rak831-loragatewaysudo ./install.sh•The following is displayed.Press Enter to keep the default value or change it: Host name [ttn-gateway]: <Enter>Region AS1, AS2, AU, CN, EU, IN, KR, RU, US [EU]: EU Latitude [0]: <Enter>Longitude [0]: <Enter>Altitude [0]: <Enter>•I will keep the default hostname,latitude,longitude and altitude.The latitude,longitude and altitude will be set later in TTN console.INSTALL LORA LIBRARY AND PACKET FORWARDER•As mentioned earlier,the install.sh script installs the following git repositories and build these packages.•Semtech LoRa library (V5.0.1)https:///Lora-net/lora_gateway/opt/ttn-gateway/lora_gateway•Semtech UDP Packet Forwarder (V4.0.1)https:///Lora-net/packet_forwarder/opt/ttn-gateway/packet_forwarderCHECK TTN-GATEWAY SERVICE STATUS •Check ttn-gateway service status:systemctl status ttn-gateway -l•Check if there are no errors and GPS is disabled.Also see:/var/log/syslogglobal_conf.json & local_conf.json•The RAK831 Pilot Gateway can be connected to any LoRa network servers.•In this tutorial the RAK831 Pilot Gateway will be connected to The Things Network server.•The Semtech Packet Forwarder is configured via a file called global_conf.json and if provided an additional file called local_conf.json.•The global_conf.json is the main configuration file and contains for example the LoRa network server address,which uplink and downlink ports to use,which frequencies to use and the TX power LookUp T able (LUT).•The local_conf.json file contains more gateway specific parameters.The local_conf.json will override the settings in the global_conf.json.•The ~/rak831-loragateway/install.sh script creates theglobal_conf.json and local_conf.json files in this folder:/opt/ttn-gateway/packet_forwarder/lora_pkt_fwd•Several other global_conf.json file examples can be found in this folder:/opt/ttn-gateway/packet_forwarder/lora_pkt_fwd/cfg but these files are not used.•The https:///robertlie/RAK831-LoRaGateway-RPi/blob/master/configuration_files/README.md file explains where the global configuration files originates from and what modifications were made to these files.•In Tutorial 28 is explained which parameters to set in the local_conf.json file to enable GPS and for beaconing.In the local_conf.json these parameters are commented out. Uncomment these parameters if needed.•In Tutorial 30 you can find an explanation of all the parameters used in theglobal_conf.json and local_conf.json files.•When the global_conf.json or local_conf.json file is changed,always restart the gateway.•Before restarting the gateway,optionally empty the /var/log/syslog: sudo su> /var/log/syslogexit•Restart the ttn-gateway service:sudo service ttn-gateway restart•Check ttn-gateway service status:systemctl status ttn-gateway -l•Check system log for errors:tail -f /var/log/syslogNEXT STEPS….•The gateway is now running without errors.•Next steps:•Register the gateway to The Things Network,watch: https://youtu.be/bea7g5isD0w?t=1779•Optionally enable WiFi,watch:https://youtu.be/bea7g5isD0w?t=1844。

配置IPVlanName:VlanMode: StaticTagged ports :Untagged ports: 1-16 T1-8Forbidden ports:Total Vlans: 1zte(cfg)#show pvlanpvlan sessionpromiscuous-port:32976 Floisolated-port :zte(cfg)#show ipporting at 0x10000...% There's no ipport information.-----------------------------------zte(cfg)#config routerzte(cfg-router)#set ipport 1 ipaddress 192.168.2.2/24zte(cfg-router)#set ipport 1 vlan 1zte(cfg-router)#set ipport 1 enablezte(cfg-router)#saveSaving file, please wait a minute...zte(cfg)#show ipport sta?% No.1 parameter is invalid!% Data invalid (0x40000005)zte(cfg)#show ipport sta?% No.1 parameter is invalid!% Data invalid (0x40000005)zte(cfg)#show ipport 1 sta?% Parameter too much (0x4000006f)zte(cfg)#show ipport 1 sta% Parameter too much (0x4000006f)zte(cfg)#show ipportIpPort En/Disable IpAddress Mask MacAddress VlanId ------ ---------- --------------- --------------- ----------------- ------1 enabled 192.168.2.2 255.255.255.0 00.19.c6.31.4d.0c 1配置速率将端口配置在下载2M和上传800Kzte(cfg)#Set port 2,3,4,5,6,7,8,9,10,11,12,13,14,15,16 bandwidth ingress on rate 800 % Set port 2 bandwidth ingress on rate 801 kbps succeed!% Set port 3 bandwidth ingress on rate 801 kbps succeed!% Set port 4 bandwidth ingress on rate 801 kbps succeed!% Set port 5 bandwidth ingress on rate 801 kbps succeed!% Set port 6 bandwidth ingress on rate 801 kbps succeed!% Set port 7 bandwidth ingress on rate 801 kbps succeed!% Set port 8 bandwidth ingress on rate 801 kbps succeed!% Set port 9 bandwidth ingress on rate 801 kbps succeed!% Set port 10 bandwidth ingress on rate 801 kbps succeed!% Set port 11 bandwidth ingress on rate 801 kbps succeed!% Set port 12 bandwidth ingress on rate 801 kbps succeed!% Set port 13 bandwidth ingress on rate 801 kbps succeed!% Set port 14 bandwidth ingress on rate 801 kbps succeed!% Set port 15 bandwidth ingress on rate 801 kbps succeed!% Set port 16 bandwidth ingress on rate 801 kbps succeed!zte(cfg)#savezte(cfg)#Set port 2,3,4,5,6,7,8,9,10,11,12,13,14,15,16 bandwidth egress on rate 2000 % Set port 12 bandwidth egress on rate 2000 kbps succeed!% Set port 13 bandwidth egress on rate 2000 kbps succeed!% Set port 14 bandwidth egress on rate 2000 kbps succeed!% Set port 15 bandwidth egress on rate 2000 kbps succeed!% Set port 16 bandwidth egress on rate 2000 kbps succeed!zte(cfg)#save端口隔离zte(cfg)#set pvlan session 1 add promiscuous port 1zte(cfg)#set pvlan session 1 add isolated-port 2-16zte(cfg)#show pvlanzte(cfg)#savepvlan session : 1promiscuous-port: 1isolated-port : 2-16zte(cfg)#恢复出厂设置zte(cfg)#config tffszte(cfg)# config tffszte(cfg)#lszte(cfg)#remove(或者renname ) runnig.cfg配置顺序一般是先配IP，再配速率，再配隔离password:login:password:login:adminpassword:*********zte>enpassword:*****zte(cfg)#show vlanVlanType: 802.1q vlanVlanId : 1 Fid : 1 Priority: off VlanStatus: enabledVlanName:VlanMode: StaticT agged ports :Untagged ports: 1-16 T1-8Forbidden ports:T otal Vlans: 1zte(cfg)#set vlan 2 enablezte(cfg)#set vlan 2 add port 1 ?<cr>untag add untagged port to vlan tag add tagged port to vlanzte(cfg)#set vlan 2 add port 1 tagzte(cfg)#set vlan 2 add port 2,3,4,5,6,7,8 untzte(cfg)#set vlan 2 add port 2,3,4,5,6,7,8 untagzte(cfg)#set port 2,3,4,5,6,7,8 pvid 2zte(cfg)#set vlan 16 add port 16 tagzte(cfg)#set vlan 16 add port 9,10,11,12,13,14,15 untag zte(cfg)#set port 9,10,11,12,13,14,15 pvid 16zte(cfg)#saveSaving file, please wait a minute...zte(cfg)#set vlan 16 enzte(cfg)#set vlan 16 enablezte(cfg)#saveSaving file, please wait a minute... zte(cfg)#exit。

28181新版调测软件使⽤⽅法要点软件安装 (2)1.1 JDK的安装配置 (2)1.2 调测软件安装 (6)1.3 运⾏环境要求 (6)2软件配置 (8)2.1 配置⽂件参数说明 (8)2.2 配置⽂件参数修改 (10)3程序启动和终⽌ (11)3.1 程序启动 (11)3.2 程序终⽌ (12)4软件操作说明 (13)5调试消息说明 (14)5.1设备连接(注册及校时) (15)5.2⼼跳 (15)5.3注销 (16)5.4实时点播 (16)5.5遥控消息 (18)5.6回放 (19)5.7下载 (20)5.8⼿动录像（开启和停⽌） (20)5.9录像⽂件检索 (21)5.10⽬录查询 (21)5.11布\撤防 (21)5.12报警 (22)5.13报警复位 (22)5.14设备状态查询 (22)5.15设备属性查询 (23)5.16设备远程启动 (23)1.软件安装1.1 JDK的安装配置1)进⼊Oracle的官⽅⽹站，下载JDK。

调测软件的运⾏需要JDK1.5以上的版本。

2)按照提⽰进⾏JDK的安装。

3)JDK安装完成以后，进⾏JAVA_HOME环境变量的配置，在“我的电脑”上右键，选择“属性”。

4)在“系统属性”窗⼝中选择“⾼级”，“环境变量”。

5)在“环境变量”“系统变量”窗⼝中点击“新建”按钮，添加“JAVA_HOME”变量，值为JDK安装根⽬录，例如“C:\Program Files\Java\jdk1.5.0_12”，点击“确定”按钮保存。

注：必须先配置JAVA_HOME环境变量，再将JAVA_HOME下的bin ⽬录配置到Path系统变量中，否则会导致系统⽆法启动。

6)在“环境变量”“系统变量”窗⼝中修改“path”的值，添加Java可执⾏程序的安装路径，值为“%JAVA_HOME%\bin”，点击“确定”按钮保存修改。

7)测试JDK安装配置是否正确。

选择“开始”菜单－>“运⾏”，键⼊“cmd”。