interc 基于区块链的毕业设计Ethbridge – 埃斯布里奇
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Ethbridge
Basic implementation of Layer 2 bridging functionality which allows two clients to talk to each other over local LAN as long as they are directly connected to the switch/router. This can bypass firewall restrictions or blocked incoming ports, or allow communcation if one or both are prse
Requirements
-
OSX/Linux (currently only tested/built on Linux but should work on OSX with some makefile changes) -
libpcap0.8
To install libpcap, use
Linux:
sudo apt install libpcap libpcap-dev
OSX:
brew install libpcap
No windows support is currently planned.
Description
The software uses libpcap to send and recieve raw ethernet packets. In the ethernet header, the protocol for these packets (which would normally be ETH_P_IP or 0x0800 for IP packets) is set to 0xffff, which is not assigned to any protocol currently. Together with a filter on the mac address of the other end (specified in command line options) forms a bridge that passes data back and forth, datagram style without any additional states or checks or security (those are left to the attaching protocols to implement).
Usage
Each communicating computer must run the following command. Note that multiple instances of this process will not work for communicating with more than one computer, as there is no separation of the respective channels when sending or recieving raw packets
Sudo privilege is required due to raw packet capture.
ethbridge -i [interface-regex] -m [mac_address] -o [output_specification]
interface-regex: the regular expression to match to the ethernet name on w to communicate (saves you from typing longer ones manually) mac_address: the mac address of the computer on the other end of the bridge output_specification: the local communcation protocol. Options are: - STDIO read from STDIN, write to STDOUT - TCP:L:[port] listen on tcp connection on 127.0.0.1:port, and forward data - TCP:C:[port] connect to 127.0.0.1:port, and forward data Examples
Simple text chat, ether end can
Computer 1:
sudo ethbridge -i eth -m aa:bb:cc:dd:01 -o STDIO 0</dev/tty
Computer 2:
sudo ethbridge -i eth -m aa:bb:cc:dd:02 -o STDIO 0</dev/tty
TCP connection bridge
Computer 1:
nc -l 5585 sudo ethbridge -i eth -m aa:bb:cc:dd:01 -o TCP:C:5585
Computer 2:
sudo ethbridge -i eth -m aa:bb:cc:dd:02 -o TCP:L:5585 nc 127.0.0.1 5585
Remote Shell
Computer 1:
mkfifo ./testpipe /bin/bash 0<./testpipe | sudo ethbridge -i eth -m aa:bb:cc:dd:01 -o STIDO >./testpipe
Computer 2:
sudo ethbridge -i eth -m aa:bb:cc:dd:02 -o STDIO 0</dev/tty
Ethbridge
Basic implementation of Layer 2 bridging functionality which allows two clients to talk to each other over local LAN as long as they are directly connected to the switch/router. This can bypass firewall restrictions or blocked incoming ports, or allow communcation if one or both are prse
Requirements
-
OSX/Linux (currently only tested/built on Linux but should work on OSX with some makefile changes) -
libpcap0.8
To install libpcap, use
Linux:
sudo apt install libpcap libpcap-dev
OSX:
brew install libpcap
No windows support is currently planned.
Description
The software uses libpcap to send and recieve raw ethernet packets. In the ethernet header, the protocol for these packets (which would normally be ETH_P_IP or 0x0800 for IP packets) is set to 0xffff, which is not assigned to any protocol currently. Together with a filter on the mac address of the other end (specified in command line options) forms a bridge that passes data back and forth, datagram style without any additional states or checks or security (those are left to the attaching protocols to implement).
Usage
Each communicating computer must run the following command. Note that multiple instances of this process will not work for communicating with more than one computer, as there is no separation of the respective channels when sending or recieving raw packets
Sudo privilege is required due to raw packet capture.
ethbridge -i [interface-regex] -m [mac_address] -o [output_specification]
interface-regex: the regular expression to match to the ethernet name on w to communicate (saves you from typing longer ones manually) mac_address: the mac address of the computer on the other end of the bridge output_specification: the local communcation protocol. Options are: - STDIO read from STDIN, write to STDOUT - TCP:L:[port] listen on tcp connection on 127.0.0.1:port, and forward data - TCP:C:[port] connect to 127.0.0.1:port, and forward data Examples
Simple text chat, ether end can
Computer 1:
sudo ethbridge -i eth -m aa:bb:cc:dd:01 -o STDIO 0</dev/tty
Computer 2:
sudo ethbridge -i eth -m aa:bb:cc:dd:02 -o STDIO 0</dev/tty
TCP connection bridge
Computer 1:
nc -l 5585 sudo ethbridge -i eth -m aa:bb:cc:dd:01 -o TCP:C:5585
Computer 2:
sudo ethbridge -i eth -m aa:bb:cc:dd:02 -o TCP:L:5585 nc 127.0.0.1 5585
Remote Shell
Computer 1:
mkfifo ./testpipe /bin/bash 0<./testpipe | sudo ethbridge -i eth -m aa:bb:cc:dd:01 -o STIDO >./testpipe
Computer 2:
sudo ethbridge -i eth -m aa:bb:cc:dd:02 -o STDIO 0</dev/tty
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