Related files needed for this tutorial:
https://download.csdn.net/download/weixin_39139505/12882537
Software preparation
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For a router with openwrt system, you can buy an ordinary router and flash the openwrt system (not covered in this tutorial) or directly buy a soft router with openwrt system, of course, the cost is different.
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Packet capture tool: wireshark , to capture network data packets for subsequent analysis of login parameters.
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Download the configuration analysis script: https://github.com/drcoms/drcom-generic, the d
drcom_d_config.pyversion corresponds to the p version in the projectdrcom_p_config.py. -
Install python2.x to run configuration analysis scripts.
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notepad++: notepad++ is used to edit scripts.
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Tools for linking openwrt routing system: putty or mobaxterm , used to log in to the router terminal
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File transfer tool: winscp , used to transfer configuration files to the router.
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Download the dogcom toolkit: dogcom , download it on the 5th floor of the forum. I downloaded the last one.
drcom version:
Version 5.2 (D)
The first step: packet capture
- The computer network port is connected to the campus network, but do not open drcom first, select Ethernet and click capture, log in to drcom, wait for about 1 minute, click stop, close drcom.
- Save the captured packet and name it dr.
Parse the packet to get the configuration
- Edit
drcom_d_config.py, change filename = "xxx.pcapng" to filename = "dr.pcapng".
- If it has been modified, you do not need to bother.
- Execute the command to generate the configuration file, put the related files in the same folder, and directly enter cmd in the folder and press Enter.
python drcom_d_config.py > config.txt
- After the execution is successful, the config.txt file will be generated with configuration information written in it. If the execution fails, re-capture the package or check whether the python version is correct.
- The profile
passwordfield to write the password on their own campus network. - I uploaded directly to the profile is not connected to the campus network, I changed the field
host_osandror_versionafter success. The following is the successful configuration information:
server = '192.168.255.251'
username=''
password=''
CONTROLCHECKSTATUS = '\x20'
ADAPTERNUM = '\x02'
host_ip = '192.168.45.172'
IPDOG = '\x01'
host_name = 'GILIGILIEYE'
PRIMARY_DNS = '202.96.134.133'
dhcp_server = '192.168.45.33'
AUTH_VERSION = '\x30\x00'
mac = 0xbdeb020c909c
host_os = 'Windows 10'
KEEP_ALIVE_VERSION = '\xdc\x02'
ror_version = True
- Change the file name to
drcom.conf.
- The computer is connected to the router, and the campus network port is connected to the wan port of the router.
- Winscp connects to the router, and uploads the dogcom ipk installation package and drcom.conf to the /usr/ folder.
- With
puttyormobaxtermconnect to the router terminal, I useputtythe demo:
- Enter the /usr/ folder and execute the following statement:
opkg update
opkg install dogcom_v1.6.2-1_x86_64\(lede-sdk-17.01.4-x86-64\).ipk
- This process requires the router to have a network, so you can use a port with a network to connect to the wan port first, or use someone else's proxy. I am using the proxy of the brother. carried out:
export https_proxy="172.29.150.52:8119"
export http_proxy="172.29.150.52:8119"
- After executing this statement, the session you are currently connected to can have a network. If you reconnect, you need to execute it again. You can try this.
- After the installation is successful, the campus network is connected to the wan port, execute the following command to test whether the campus network is successfully connected.
/usr/dogcom -m dhcp -c /usr/drcom.conf -v
- After confirming that you can access the Internet, paste the following command on the line of exit 0 in /etc/rc.local:
dogcom -m dhcp -c /usr/drcom.conf -d -e
- Or you can add it directly on the router web interface
- Restart the router and you are done.