/brook

Brook is a cross-platform(Linux/MacOS/Windows/Android/iOS) proxy/vpn software

Primary LanguageGoGNU General Public License v3.0GPL-3.0

Brook

A cross-platform programmable network tool

Sponsor

❤️ Shiliew - China Optimized Network App

Table of Contents

Brook

A cross-platform programmable network tool.

Sponsor

❤️ Shiliew - China Optimized Network App

Getting Started

Server

bash <(curl https://bash.ooo/nami.sh)

nami install brook

brook server -l :9999 -p hello

GUI Client

iOS Android Mac Windows Linux OpenWrt
Windows OpenWrt
/ / App Mode How How How
/ / App 模式 如何 如何 如何

CLI Client

brook client -s 1.2.3.4:9999 -p hello --socks5 127.0.0.1:1080

GUI Documentation

Software for which this article applies

Programmable

Brook GUI will pass different global variables to the script at different times, and the script only needs to assign the processing result to the global variable out

Introduction to incoming variables

variable type condition timing description out type
in_brooklinks map / Before connecting Predefine multiple brook links, and then programmatically specify which one to connect to map
in_dnsquery map FakeDNS: On When a DNS query occurs Script can decide how to handle this request map
in_address map / When connecting to an address script can decide how to connect map
in_httprequest map / When an HTTP(S) request comes in the script can decide how to handle this request map
in_httprequest,in_httpresponse map / when an HTTP(S) response comes in the script can decide how to handle this response map

in_brooklinks

Key Type Description Example
_ bool meaningless true

out, ignored if not of type map

Key Type Description Example
... ... ... ...
custom name string brook link brook://...
... ... ... ...

in_dnsquery

Key Type Description Example
domain string domain name google.com
type string query type A
appid string App ID or path com.google.Chrome.helper
interface string network interface. Mac only en0

out, if it is error type will be recorded in the log. Ignored if not of type map

Key Type Description Example
block bool Whether Block, default false false
ip string Specify IP directly, only valid when type is A/AAAA 1.2.3.4
system bool Resolve by System DNS, default false false
bypass bool Resolve by Bypass DNS, default false false
brooklinkkey string When need to connect the Server，instead, connect to the Server specified by the key in_brooklinks custom name

in_address

Key Type Description Example
network string Network type, the value tcp/udp tcp
ipaddress string IP type address. There is only of ipaddress and domainaddress. Note that there is no relationship between these two 1.2.3.4:443
domainaddress string Domain type address, because of FakeDNS we can get the domain name address here google.com:443
appid string App ID or path com.google.Chrome.helper
interface string network interface. Mac only en0

out, if it is error type will be recorded in the log. Ignored if not of type map

Key Type Description Example
block bool Whether Block, default false false
ipaddress string IP type address, rewrite destination 1.2.3.4:443
ipaddressfrombypassdns string Use Bypass DNS to obtain A or AAAA IP and rewrite the destination, only valid when domainaddress exists, the value A/AAAA A
bypass bool Bypass, default false. If true and domainaddress, then ipaddress or ipaddressfrombypassdns must be specified false
mitm bool Whether to perform MITM, default false. Only valid when network is tcp. Need to install CA, see below false
mitmprotocol string MITM protocol needs to be specified explicitly, the value is http/https https
mitmcertdomain string The MITM certificate domain name, which is taken from domainaddress by default. If ipaddress and mitm is true and mitmprotocol is https then must be must be specified explicitly example.com
mitmwithbody bool Whether to manipulate the http body, default false. will read the body of the request and response into the memory and interact with the script. iOS 50M total memory limit may kill process false
mitmautohandlecompress bool Whether to automatically decompress the http body when interacting with the script, default false false
mitmclienttimeout int Timeout for MITM talk to server, second, default 0 0
mitmserverreadtimeout int Timeout for MITM read from client, second, default 0 0
mitmserverwritetimeout int Timeout for MITM write to client, second, default 0 0
brooklinkkey string When need to connect the Server，instead, connect to the Server specified by the key in_brooklinks custom name

in_httprequest

Key Type Description Example
URL string URL https://example.com/hello
Method string HTTP method GET
Body bytes HTTP request body /
... string other fields are HTTP headers /

out, must be set to a request or response

in_httpresponse

Key Type Description Example
StatusCode int HTTP status code 200
Body bytes HTTP response body /
... string other fields are HTTP headers /

out, must be set to a response

Write script

Tengo Language Syntax

Library

  • text: regular expressions, string conversion, and manipulation

  • math: mathematical constants and functions

  • times: time-related functions

  • rand: random functions

  • fmt: formatting functions

  • json: JSON functions

  • enum: Enumeration functions

  • hex: hex encoding and decoding functions

  • base64: base64 encoding and decoding functions

  • brook: brook module

    Constants

* os: string, linux/darwin/windows/ios/android

Functions

* splithostport(address string) => map/error: splits a network address of the form "host:port" to { "host": "xxx", "port": "xxx" }
* country(ip string) => string/error: get country code from ip
* cidrcontainsip(cidr string, ip string) => bool/error: reports whether the network includes ip
* parseurl(url string) => map/error: parses a raw url into a map, keys: scheme/host/path/rawpath/rawquery
* parsequery(query string) => map/error: parses a raw query into a kv map
* map2query(kv map) => string/error: convert map{string:string} into a query string
* bytes2ints(b bytes) => array/error: convert bytes into [int]
* ints2bytes(ints array) => bytes/error: convert [int] into bytes
* bytescompare(a bytes, b bytes) => int/error: returns an integer comparing two bytes lexicographically. The result will be 0 if a == b, -1 if a < b, and +1 if a > b
* bytescontains(b bytes, sub bytes) => bool/error: reports whether sub is within b
* byteshasprefix(s bytes, prefix bytes) => bool/error: tests whether the bytes s begins with prefix
* byteshassuffix(s bytes, suffix bytes) => bool/error: tests whether the bytes s ends with suffix
* bytesindex(s bytes, sep bytes) => int/error: returns the index of the first instance of sep in s, or -1 if sep is not present in s
* byteslastindex(s bytes, sep bytes) => int/error: returns the index of the last instance of sep in s, or -1 if sep is not present in s
* bytesreplace(s bytes, old bytes, new bytes, n int) => bytes/error: returns a copy of the s with the first n non-overlapping instances of old replaced by new. If n < 0, there is no limit on the number of replacements
* pathescape(s string) => string/error: escapes the string so it can be safely placed inside a URL path segment, replacing special characters (including /) with %XX sequences as needed
* pathunescape(s string) => string/error: does the inverse transformation of pathescape
* queryescape(s string) => string/error: escapes the string so it can be safely placed inside a URL query
* queryunescape(s string) => string/error: does the inverse transformation of queryescape
* hexdecode(s string) => bytes/error: returns the bytes represented by the hexadecimal string s
* hexencode(s string) => string/error: returns the hexadecimal encoding of src

Debug script

It is recommended to use tun2brook on desktop to debug with fmt.println

Install CA

https://txthinking.github.io/ca/ca.pem

OS How
iOS https://www.youtube.com/watch?v=HSGPC2vpDGk
Android Android has user CA and system CA, must be installed in the system CA after ROOT
macOS nami install mad ca.txthinking, sudo mad install --ca ~/.nami/bin/ca.pem
Windows nami install mad ca.txthinking, Admin: mad install --ca ~/.nami/bin/ca.pem

Some software may not read the system CA，you can use curl --cacert ~/.nami/bin/ca.pem to debug

图形客户端文档

本文适用的软件

编程

Brook GUI 会在不同时机向脚本传入不同的全局变量，脚本只需要将处理结果赋值到全局变量 out 即可

传入变量介绍

变量 类型 条件 时机 描述 out 类型
in_brooklinks map / 连接之前 预定义多个 brook link，之后可编程指定连接哪个 map
in_dnsquery map FakeDNS: 开启 当 DNS 查询发生时 脚本可以决定如何处理此请求 map
in_address map / 当要连接某地址时 脚本可以决定如何进行连接 map
in_httprequest map / 当有 HTTP(S)请求传入时 脚本可以决定如何处理此请求 map
in_httprequest,in_httpresponse map / 当有 HTTP(S)响应传入时 脚本可以决定如何处理此响应 map

in_brooklinks

Key 类型 描述 示例
_ bool 占位，无实际意义 true

out, 如果不是 map 类型则会被忽略

Key 类型 描述 示例
... ... ... ...
自定义名字 string brook link brook://...
... ... ... ...

in_dnsquery

Key 类型 描述 示例
domain string 域名 google.com
type string 查询类型 A
appid string App ID 或路径 com.google.Chrome.helper
interface string 网络接口. 仅 Mac en0

out, 如果是 error 类型会被记录在日志。如果不是 map 类型则会被忽略

Key 类型 描述 示例
block bool 是否 Block, 默认 false false
ip string 直接指定 IP，仅当 type 为 A/AAAA有效 1.2.3.4
system bool 使用 System DNS 来解析，默认 false false
bypass bool 使用 Bypass DNS 来解析，默认 false false
brooklinkkey string 当需要连接代理服务器时，转而连接 通过 in_brooklinks 的 key 指定的代理服务器 自定义名字

in_address

Key 类型 描述 示例
network string 即将发起连接网络，取值 tcp/udp tcp
ipaddress string IP 类型的地址，与 domainaddress 只会存在一个。注意这两个之间没有任何关系 1.2.3.4:443
domainaddress string 域名类型的地址，因为 FakeDNS 我们这里才能拿到域名地址 google.com:443
appid string App ID 或路径 com.google.Chrome.helper
interface string 网络接口. 仅 Mac en0

out, 如果是 error 类型会被记录在日志。如果不是 map 类型则会被忽略

Key 类型 描述 示例
block bool 是否 Block, 默认 false false
ipaddress string IP 类型地址，重写目的地 1.2.3.4:443
ipaddressfrombypassdns string 使用 Bypass DNS 获取A或AAAA IP 并重写目的地, 仅当 domainaddress 存在时有效，取值 A/AAAA A
bypass bool 是否 Bypass, 默认 false. 如果为 true 并且是 domainaddress, 那么必须指定 ipaddress 或 ipaddressfrombypassdns false
mitm bool 是否进行 MITM, 默认 false. 仅当 network 为 tcp 时有效. 需要安装 CA，看下文介绍 false
mitmprotocol string 需要明确指定 MITM 协议, 取值 http/https https
mitmcertdomain string MITM 证书域名，默认从domainaddress里取。如果是 ipaddress 且 mitm 为 true 且 mitmprotocol 为 https 那么必须明确指定 example.com
mitmwithbody bool 是否操作 http body，默认 false. 会将请求和响应的 body 读取到内存里和脚本交互。iOS 50M 总内存限制可能会杀进程 false
mitmautohandlecompress bool 和脚本交互时是否自动解压缩 http body, 默认 false false
mitmclienttimeout int Timeout for MITM talk to server, second, default 0 0
mitmserverreadtimeout int Timeout for MITM read from client, second, default 0 0
mitmserverwritetimeout int Timeout for MITM write to client, second, default 0 0
brooklinkkey string 当需要连接代理服务器时，转而连接 通过 in_brooklinks 的 key 指定的代理服务器 自定义名字

in_httprequest

Key 类型 描述 示例
URL string URL https://example.com/hello
Method string HTTP method GET
Body bytes HTTP request body /
... string 其他字段均为 HTTP header /

out, 必须设置为一个 request 或 response

in_httpresponse

Key 类型 描述 示例
StatusCode int HTTP status code 200
Body bytes HTTP response body /
... string 其他字段均为 HTTP header /

out, 必须设置为一个 response

写脚本

Tengo Language Syntax

Library

  • text: regular expressions, string conversion, and manipulation

  • math: mathematical constants and functions

  • times: time-related functions

  • rand: random functions

  • fmt: formatting functions

  • json: JSON functions

  • enum: Enumeration functions

  • hex: hex encoding and decoding functions

  • base64: base64 encoding and decoding functions

  • brook: brook module

    Constants

* os: string, linux/darwin/windows/ios/android

Functions

* splithostport(address string) => map/error: splits a network address of the form "host:port" to { "host": "xxx", "port": "xxx" }
* country(ip string) => string/error: get country code from ip
* cidrcontainsip(cidr string, ip string) => bool/error: reports whether the network includes ip
* parseurl(url string) => map/error: parses a raw url into a map, keys: scheme/host/path/rawpath/rawquery
* parsequery(query string) => map/error: parses a raw query into a kv map
* map2query(kv map) => string/error: convert map{string:string} into a query string
* bytes2ints(b bytes) => array/error: convert bytes into [int]
* ints2bytes(ints array) => bytes/error: convert [int] into bytes
* bytescompare(a bytes, b bytes) => int/error: returns an integer comparing two bytes lexicographically. The result will be 0 if a == b, -1 if a < b, and +1 if a > b
* bytescontains(b bytes, sub bytes) => bool/error: reports whether sub is within b
* byteshasprefix(s bytes, prefix bytes) => bool/error: tests whether the bytes s begins with prefix
* byteshassuffix(s bytes, suffix bytes) => bool/error: tests whether the bytes s ends with suffix
* bytesindex(s bytes, sep bytes) => int/error: returns the index of the first instance of sep in s, or -1 if sep is not present in s
* byteslastindex(s bytes, sep bytes) => int/error: returns the index of the last instance of sep in s, or -1 if sep is not present in s
* bytesreplace(s bytes, old bytes, new bytes, n int) => bytes/error: returns a copy of the s with the first n non-overlapping instances of old replaced by new. If n < 0, there is no limit on the number of replacements
* pathescape(s string) => string/error: escapes the string so it can be safely placed inside a URL path segment, replacing special characters (including /) with %XX sequences as needed
* pathunescape(s string) => string/error: does the inverse transformation of pathescape
* queryescape(s string) => string/error: escapes the string so it can be safely placed inside a URL query
* queryunescape(s string) => string/error: does the inverse transformation of queryescape
* hexdecode(s string) => bytes/error: returns the bytes represented by the hexadecimal string s
* hexencode(s string) => string/error: returns the hexadecimal encoding of src

调试脚本

建议使用 tun2brook 在电脑上fmt.println调试

安装 CA

https://txthinking.github.io/ca/ca.pem

OS 如何
iOS https://www.youtube.com/watch?v=HSGPC2vpDGk
Android Android 分系统 CA 和用户 CA，必须要 ROOT 后安装到系统 CA 里
macOS nami install mad ca.txthinking, sudo mad install --ca ~/.nami/bin/ca.pem
Windows nami install mad ca.txthinking, 管理员: mad install --ca ~/.nami/bin/ca.pem

注意有些软件可能不读取系统 CA，可以使用 curl --cacert ~/.nami/bin/ca.pem 调试

Resources

CLI Description
nami A clean and tidy decentralized package manager
joker Joker can turn process into daemon. Zero-Configuration
nico Nico can work with brook wsserver together
zhen zhen - process and cron manager
tun2brook Proxy all traffic just one line command
mad Generate root CA and derivative certificate for any domains and any IPs
hancock Manage multiple remote servers and execute commands remotely
sshexec A command-line tool to execute remote command through ssh
jb write script in an easier way than bash
bash Many one-click scripts
pacman pacman -S brook
brew brew install brook
docker docker run txthinking/brook
Example 举例
Example 例子
Resources Description
Protocol Brook Protocol
Blog Some articles you should read
YouTube Some videos you should watch
Telegram Ask questions here
Announce All news you should care
GitHub Other useful repos
Socks5 Configurator If you prefer CLI brook client
Brook Deploy Deploy brook with GUI
TxThinking Everything

CLI Documentation

NAME

Brook - A cross-platform programmable network tool

SYNOPSIS

Brook

brook [全局参数] 子命令 [子命令参数]

Usage:

Brook [GLOBAL OPTIONS] command [COMMAND OPTIONS] [ARGUMENTS...]

GLOBAL OPTIONS

  • --clientHKDFInfo="": client HKDF info, most time you don't need to change this, if changed, all and each brook links in client side must be same, I mean each (default: "brook")

  • --dialWithDNS="": When a domain name needs to be resolved, use the specified DNS. Such as 8.8.8.8:53 or https://dns.google/dns-query?address=8.8.8.8%3A443, the address is required. Note that for client-side commands, this does not affect the client passing the domain address to the server

  • --dialWithDNSPrefer="": This is used with the dialWithDNS parameter. Prefer A record or AAAA record. Value is A or AAAA

  • --dialWithIP4="": When the current machine establishes a network connection to the outside IPv4, both TCP and UDP, it is used to specify the IPv4 used

  • --dialWithIP6="": When the current machine establishes a network connection to the outside IPv6, both TCP and UDP, it is used to specify the IPv6 used

  • --dialWithNIC="": When the current machine establishes a network connection to the outside, both TCP and UDP, it is used to specify the NIC used

  • --dialWithSocks5="": When the current machine establishes a network connection to the outside, both TCP and UDP, with your socks5 proxy, such as 127.0.0.1:1081

  • --dialWithSocks5Password="": If there is

  • --dialWithSocks5TCPTimeout="": time (s) (default: 0)

  • --dialWithSocks5UDPTimeout="": time (s) (default: 60)

  • --dialWithSocks5Username="": If there is

  • --help, -h: show help

  • --log="": Enable log. A valid value is file path or 'console'. If you want to debug SOCKS5 lib, set env SOCKS5_DEBUG=true

  • --pprof="": go http pprof listen addr, such as :6060

  • --prometheus="": prometheus http listen addr, such as :7070. If it is transmitted on the public network, it is recommended to use it with nico

  • --prometheusPath="": prometheus http path, such as /xxx. If it is transmitted on the public network, a hard-to-guess value is recommended

  • --serverHKDFInfo="": server HKDF info, most time you don't need to change this, if changed, all and each brook links in client side must be same, I mean each (default: "brook")

  • --tag="": Tag can be used to the process, will be append into log, such as: 'key1:value1'

  • --version, -v: print the version

COMMANDS

server

Run as brook server, both TCP and UDP

client

Run as brook client, both TCP and UDP, to start a socks5 proxy, [src <-> socks5 <-> $ brook client <-> $ brook server <-> dst]

  • --http="": Where to listen for HTTP proxy connections

  • --password, -p="": Brook server password

  • --server, -s="": Brook server address, like: 1.2.3.4:9999

  • --socks5="": Where to listen for SOCKS5 connections (default: 127.0.0.1:1080)

  • --socks5ServerIP="": Only if your socks5 server IP is different from listen IP

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

  • --udpovertcp: UDP over TCP

wsserver

Run as brook wsserver, both TCP and UDP, it will start a standard http server and websocket server

  • --blockCIDR4List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr4.txt

  • --blockCIDR6List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr6.txt

  • --blockDomainList="": One domain per line, suffix match mode. https://, http:// or local file absolute path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --blockGeoIP="": Block IP by Geo country code, such as US

  • --listen, -l="": Listen address, like: ':80'

  • --password, -p="": Server password

  • --path="": URL path (default: /ws)

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

  • --updateListInterval="": Update list interval, second. default 0, only read one time on start (default: 0)

  • --withoutBrookProtocol: The data will not be encrypted with brook protocol

  • --xForwardedFor: Replace the from field in --log, note that this may be forged

wsclient

Run as brook wsclient, both TCP and UDP, to start a socks5 proxy, [src <-> socks5 <-> $ brook wsclient <-> $ brook wsserver <-> dst]

  • --address="": Specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --http="": Where to listen for HTTP proxy connections

  • --password, -p="": Brook wsserver password

  • --socks5="": Where to listen for SOCKS5 connections (default: 127.0.0.1:1080)

  • --socks5ServerIP="": Only if your socks5 server IP is different from listen IP

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

  • --withoutBrookProtocol: The data will not be encrypted with brook protocol

  • --wsserver, -s="": Brook wsserver address, like: ws://1.2.3.4:80, if no path then /ws will be used. Do not omit the port under any circumstances

wssserver

Run as brook wssserver, both TCP and UDP, it will start a standard https server and websocket server

  • --blockCIDR4List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr4.txt

  • --blockCIDR6List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr6.txt

  • --blockDomainList="": One domain per line, suffix match mode. https://, http:// or local file absolute path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --blockGeoIP="": Block IP by Geo country code, such as US

  • --cert="": The cert file absolute path for the domain, such as /path/to/cert.pem. If cert or certkey is empty, a certificate will be issued automatically

  • --certkey="": The cert key file absolute path for the domain, such as /path/to/certkey.pem. If cert or certkey is empty, a certificate will be issued automatically

  • --domainaddress="": Such as: domain.com:443. If you choose to automatically issue certificates, the domain must have been resolved to the server IP and 80 port also will be used

  • --password, -p="": Server password

  • --path="": URL path (default: /ws)

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

  • --updateListInterval="": Update list interval, second. default 0, only read one time on start (default: 0)

  • --withoutBrookProtocol: The data will not be encrypted with brook protocol

wssclient

Run as brook wssclient, both TCP and UDP, to start a socks5 proxy, [src <-> socks5 <-> $ brook wssclient <-> $ brook wssserver <-> dst]

  • --address="": Specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --ca="": When server is brook wssserver, specify ca instead of insecure, such as /path/to/ca.pem

  • --http="": Where to listen for HTTP proxy connections

  • --insecure: Client do not verify the server's certificate chain and host name

  • --password, -p="": Brook wssserver password

  • --socks5="": Where to listen for SOCKS5 connections (default: 127.0.0.1:1080)

  • --socks5ServerIP="": Only if your socks5 server IP is different from listen IP

  • --tcpTimeout="": time (s) (default: 0)

  • --tlsfingerprint="": When server is brook wssserver, select tls fingerprint, value can be: chrome

  • --udpTimeout="": time (s) (default: 0)

  • --withoutBrookProtocol: The data will not be encrypted with brook protocol

  • --wssserver, -s="": Brook wssserver address, like: wss://google.com:443, if no path then /ws will be used. Do not omit the port under any circumstances

quicserver

Run as brook quicserver, both TCP and UDP

  • --blockCIDR4List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr4.txt

  • --blockCIDR6List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr6.txt

  • --blockDomainList="": One domain per line, suffix match mode. https://, http:// or local file absolute path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --blockGeoIP="": Block IP by Geo country code, such as US

  • --cert="": The cert file absolute path for the domain, such as /path/to/cert.pem. If cert or certkey is empty, a certificate will be issued automatically

  • --certkey="": The cert key file absolute path for the domain, such as /path/to/certkey.pem. If cert or certkey is empty, a certificate will be issued automatically

  • --domainaddress="": Such as: domain.com:443. If you choose to automatically issue certificates, the domain must have been resolved to the server IP and 80 port also will be used

  • --password, -p="": Server password

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

  • --updateListInterval="": Update list interval, second. default 0, only read one time on start (default: 0)

  • --withoutBrookProtocol: The data will not be encrypted with brook protocol

quicclient

Run as brook quicclient, both TCP and UDP, to start a socks5 proxy, [src <-> socks5 <-> $ brook quicclient <-> $ brook quicserver <-> dst]. (Note that the global dial parameter is ignored now)

  • --address="": Specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --ca="": Specify ca instead of insecure, such as /path/to/ca.pem

  • --http="": Where to listen for HTTP proxy connections

  • --insecure: Client do not verify the server's certificate chain and host name

  • --password, -p="": Brook quicserver password

  • --quicserver, -s="": Brook quicserver address, like: quic://google.com:443. Do not omit the port under any circumstances

  • --socks5="": Where to listen for SOCKS5 connections (default: 127.0.0.1:1080)

  • --socks5ServerIP="": Only if your socks5 server IP is different from listen IP

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

  • --withoutBrookProtocol: The data will not be encrypted with brook protocol

relayoverbrook

Run as relay over brook, both TCP and UDP, this means access [from address] is equal to [to address], [src <-> from address <-> $ brook server/wsserver/wssserver/quicserver <-> to address]

  • --address="": When server is brook wsserver or brook wssserver or brook quicserver, specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --ca="": When server is brook wssserver or brook quicserver, specify ca instead of insecure, such as /path/to/ca.pem

  • --from, -f, -l="": Listen address: like ':9999'

  • --insecure: When server is brook wssserver or brook quicserver, client do not verify the server's certificate chain and host name

  • --password, -p="": Password

  • --server, -s="": brook server or brook wsserver or brook wssserver or brook quicserver, like: 1.2.3.4:9999, ws://1.2.3.4:9999, wss://domain:443/ws, quic://domain.com:443

  • --tcpTimeout="": time (s) (default: 0)

  • --tlsfingerprint="": When server is brook wssserver, select tls fingerprint, value can be: chrome

  • --to, -t="": Address which relay to, like: 1.2.3.4:9999

  • --udpTimeout="": time (s) (default: 0)

  • --udpovertcp: When server is brook server, UDP over TCP

  • --withoutBrookProtocol: When server is brook wsserver or brook wssserver or brook quicserver, the data will not be encrypted with brook protocol

dnsserveroverbrook

Run as dns server over brook, both TCP and UDP, [src <-> $ brook dnserversoverbrook <-> $ brook server/wsserver/wssserver/quicserver <-> dns] or [src <-> $ brook dnsserveroverbrook <-> dnsForBypass]

  • --address="": When server is brook wsserver or brook wssserver or brook quicserver, specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --blockDomainList="": One domain per line, suffix match mode. https://, http:// or local absolute file path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --bypassDomainList="": One domain per line, suffix match mode. https://, http:// or local absolute file path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --ca="": When server is brook wssserver or brook quicserver, specify ca instead of insecure, such as /path/to/ca.pem

  • --disableA: Disable A query

  • --disableAAAA: Disable AAAA query

  • --dns="": DNS server for resolving domains NOT in list (default: 8.8.8.8:53)

  • --dnsForBypass="": DNS server for resolving domains in bypass list. Such as 223.5.5.5:53 or https://dns.alidns.com/dns-query?address=223.5.5.5:443, the address is required (default: 223.5.5.5:53)

  • --insecure: When server is brook wssserver or brook quicserver, client do not verify the server's certificate chain and host name

  • --listen, -l="": Listen address, like: 127.0.0.1:53

  • --password, -p="": Password

  • --server, -s="": brook server or brook wsserver or brook wssserver or brook quicserver, like: 1.2.3.4:9999, ws://1.2.3.4:9999, wss://domain.com:443/ws, quic://domain.com:443

  • --tcpTimeout="": time (s) (default: 0)

  • --tlsfingerprint="": When server is brook wssserver, select tls fingerprint, value can be: chrome

  • --udpTimeout="": time (s) (default: 0)

  • --udpovertcp: When server is brook server, UDP over TCP

  • --withoutBrookProtocol: When server is brook wsserver or brook wssserver or brook quicserver, the data will not be encrypted with brook protocol

tproxy

Run as transparent proxy, a router gateway, both TCP and UDP, only works on Linux, [src <-> $ brook tproxy <-> $ brook server/wsserver/wssserver/quicserver <-> dst]. OpenWRT: https://www.txthinking.com/talks/articles/brook-openwrt-en.article

  • --address="": When server is brook wsserver or brook wssserver or brook quicserver, specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --blockDomainList="": One domain per line, Suffix match mode. https://, http:// or local file absolute path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --bypassCIDR4List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr4.txt

  • --bypassCIDR6List="": One CIDR per line, https://, http:// or local file absolute path, like: https://txthinking.github.io/bypass/example_cidr6.txt

  • --bypassDomainList="": One domain per line, Suffix match mode. https://, http:// or local file absolute path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --bypassGeoIP="": Bypass IP by Geo country code, such as US

  • --ca="": When server is brook wssserver or brook quicserver, specify ca instead of insecure, such as /path/to/ca.pem

  • --disableA: Disable A query

  • --disableAAAA: Disable AAAA query

  • --dnsForBypass="": DNS server for resolving domains in bypass list. Such as 223.5.5.5:53 or https://dns.alidns.com/dns-query?address=223.5.5.5:443, the address is required (default: 223.5.5.5:53)

  • --dnsForDefault="": DNS server for resolving domains NOT in list (default: 8.8.8.8:53)

  • --dnsListen="": Start a DNS server, like: ':53'. MUST contain IP, like '192.168.1.1:53', if you expect your gateway to accept requests from clients to other public DNS servers at the same time

  • --doNotRunScripts: This will not change iptables and others if you want to do by yourself

  • --insecure: When server is brook wssserver or brook quicserver, client do not verify the server's certificate chain and host name

  • --link="": brook link. This will ignore server, password, udpovertcp, address, insecure, withoutBrookProtocol, ca, tlsfingerprint

  • --listen, -l="": Listen address, DO NOT contain IP, just like: ':8888'. No need to operate iptables by default! (default: :8888)

  • --password, -p="": Password

  • --redirectDNS="": It is usually the value of dnsListen. If the client has set custom DNS instead of dnsListen, this parameter can be intercepted and forwarded to dnsListen. Usually you don't need to set this, only if you want to control it instead of being proxied directly as normal UDP data.

  • --server, -s="": brook server or brook wsserver or brook wssserver or brook quicserver, like: 1.2.3.4:9999, ws://1.2.3.4:9999, wss://domain.com:443/ws, quic://domain.com:443

  • --tcpTimeout="": time (s) (default: 0)

  • --tlsfingerprint="": When server is brook wssserver, select tls fingerprint, value can be: chrome

  • --udpTimeout="": time (s) (default: 0)

  • --udpovertcp: When server is brook server, UDP over TCP

  • --withoutBrookProtocol: When server is brook wsserver or brook wssserver or brook quicserver, the data will not be encrypted with brook protocol

link

Generate brook link

  • --address="": When server is brook wsserver or brook wssserver or brook quicserver, specify address instead of resolving addresses from host, such as 1.2.3.4:443

  • --ca="": When server is brook wssserver or brook quicserver, specify ca for untrusted cert, such as /path/to/ca.pem

  • --clientHKDFInfo="": client HKDF info, most time you don't need to change this, read brook protocol if you don't know what this is

  • --insecure: When server is brook wssserver or brook quicserver, client do not verify the server's certificate chain and host name

  • --name="": Give this server a name

  • --password, -p="": Password

  • --server, -s="": Support brook server, brook wsserver, brook wssserver, socks5 server, brook quicserver. Like: 1.2.3.4:9999, ws://1.2.3.4:9999, wss://google.com:443/ws, socks5://1.2.3.4:1080, quic://google.com:443

  • --serverHKDFInfo="": server HKDF info, most time you don't need to change this, read brook protocol if you don't know what this is

  • --tlsfingerprint="": When server is brook wssserver, select tls fingerprint, value can be: chrome

  • --udpovertcp: When server is brook server, UDP over TCP

  • --username, -u="": Username, when server is socks5 server

  • --withoutBrookProtocol: When server is brook wsserver or brook wssserver or brook quicserver, the data will not be encrypted with brook protocol

connect

Run as client and connect to brook link, both TCP and UDP, to start a socks5 proxy, [src <-> socks5 <-> $ brook connect <-> $ brook server/wsserver/wssserver/quicserver <-> dst]

  • --http="": Where to listen for HTTP proxy connections

  • --link, -l="": brook link, you can get it via $ brook link

  • --socks5="": Where to listen for SOCKS5 connections (default: 127.0.0.1:1080)

  • --socks5ServerIP="": Only if your socks5 server IP is different from listen IP

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

relay

Run as standalone relay, both TCP and UDP, this means access [from address] is equal to access [to address], [src <-> from address <-> to address]

  • --from, -f, -l="": Listen address: like ':9999'

  • --tcpTimeout="": time (s) (default: 0)

  • --to, -t="": Address which relay to, like: 1.2.3.4:9999

  • --udpTimeout="": time (s) (default: 0)

dnsserver

Run as standalone dns server

  • --blockDomainList="": One domain per line, suffix match mode. https://, http:// or local absolute file path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --disableA: Disable A query

  • --disableAAAA: Disable AAAA query

  • --dns="": DNS server which forward to. Such as 8.8.8.8:53 or https://dns.google/dns-query?address=8.8.8.8%3A443, the address is required (default: 8.8.8.8:53)

  • --listen, -l="": Listen address, like: 127.0.0.1:53

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

dnsclient

Send a dns query

  • --dns, -s="": DNS server, such as 8.8.8.8:53 (default: 8.8.8.8:53)

  • --domain, -d="": Domain

  • --short: Short for A/AAAA

  • --type, -t="": Type, such as A (default: A)

dohserver

Run as standalone doh server

  • --blockDomainList="": One domain per line, suffix match mode. https://, http:// or local absolute file path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --cert="": The cert file absolute path for the domain, such as /path/to/cert.pem. If cert or certkey is empty, a certificate will be issued automatically

  • --certkey="": The cert key file absolute path for the domain, such as /path/to/certkey.pem. If cert or certkey is empty, a certificate will be issued automatically

  • --disableA: Disable A query

  • --disableAAAA: Disable AAAA query

  • --dns="": DNS server which forward to. Such as 8.8.8.8:53 or https://dns.google/dns-query?address=8.8.8.8%3A443, the address is required (default: 8.8.8.8:53)

  • --domainaddress="": Such as: domain.com:443, if you want to create a https server. If you choose to automatically issue certificates, the domain must have been resolved to the server IP and 80 port also will be used

  • --listen="": listen address, if you want to create a http server behind nico

  • --path="": URL path (default: /dns-query)

  • --tcpTimeout="": time (s) (default: 0)

  • --udpTimeout="": time (s) (default: 0)

dohclient

Send a dns query

dhcpserver

Run as standalone dhcp server. Note that you need to stop other dhcp servers, if there are.

  • --cache="": Cache file, local absolute file path, default is $HOME/.brook.dhcpserver

  • --count="": IP range from the start, which you want to assign to clients (default: 0)

  • --dnsserver="": The dns server which you want to assign to clients, such as: 192.168.1.1 or 8.8.8.8

  • --gateway="": The router gateway which you want to assign to clients, such as: 192.168.1.1

  • --interface="": Select interface on multi interface device. Linux only

  • --netmask="": Subnet netmask which you want to assign to clients (default: 255.255.255.0)

  • --serverip="": DHCP server IP, the IP of the this machine, you shoud set a static IP to this machine before doing this, such as: 192.168.1.10

  • --start="": Start IP which you want to assign to clients, such as: 192.168.1.100

socks5

Run as standalone standard socks5 server, both TCP and UDP

  • --limitUDP: The server MAY use this information to limit access to the UDP association. This usually causes connection failures in a NAT environment, where most clients are.

  • --listen, -l="": Socks5 server listen address, like: :1080 or 1.2.3.4:1080

  • --password="": Password, optional

  • --socks5ServerIP="": Only if your socks5 server IP is different from listen IP

  • --tcpTimeout="": Connection deadline time (s) (default: 0)

  • --udpTimeout="": Connection deadline time (s) (default: 0)

  • --username="": User name, optional

socks5tohttp

Convert socks5 to http proxy, [src <-> listen address(http proxy) <-> socks5 address <-> dst]

  • --listen, -l="": HTTP proxy which will be create: like: 127.0.0.1:8010

  • --socks5, -s="": Socks5 server address, like: 127.0.0.1:1080

  • --socks5password="": Socks5 password, optional

  • --socks5username="": Socks5 username, optional

  • --tcpTimeout="": Connection tcp timeout (s) (default: 0)

pac

Run as PAC server or save PAC to file

  • --bypassDomainList, -b="": One domain per line, suffix match mode. http(s):// or local absolute file path. Like: https://txthinking.github.io/bypass/example_domain.txt

  • --file, -f="": Save PAC to file, this will ignore listen address

  • --listen, -l="": Listen address, like: 127.0.0.1:1980

  • --proxy, -p="": Proxy, like: 'SOCKS5 127.0.0.1:1080; SOCKS 127.0.0.1:1080; DIRECT' (default: SOCKS5 127.0.0.1:1080; SOCKS 127.0.0.1:1080; DIRECT)

testsocks5

Test UDP and TCP of socks5 server

  • --dns="": DNS server for connecting (default: 8.8.8.8:53)

  • --domain="": Domain for query (default: http3.ooo)

  • --password, -p="": Socks5 password

  • --socks5, -s="": Like: 127.0.0.1:1080

  • --username, -u="": Socks5 username

  • -a="": The A record of domain (default: 137.184.237.95)

testbrook

Test UDP and TCP of brook server/wsserver/wssserver/quicserver. (Note that the global dial parameter is ignored now)

  • --dns="": DNS server for connecting (default: 8.8.8.8:53)

  • --domain="": Domain for query (default: http3.ooo)

  • --link, -l="": brook link. Get it via $ brook link

  • --socks5="": Temporarily listening socks5 (default: 127.0.0.1:11080)

  • -a="": The A record of domain (default: 137.184.237.95)

echoserver

Echo server, echo UDP and TCP address of routes

  • --listen, -l="": Listen address, like: ':7777'

echoclient

Connect to echoserver, echo UDP and TCP address of routes

  • --server, -s="": Echo server address, such as 1.2.3.4:7777

  • --times="": Times of interactions (default: 0)

ipcountry

Get country of IP

  • --ip="": 1.1.1.1

completion

Generate shell completions

  • --file, -f="": Write to file (default: brook_autocomplete)

mdpage

Generate markdown page

  • --file, -f="": Write to file, default print to stdout

  • --help, -h: show help

help, h

Shows a list of commands or help for one command

manpage

Generate man.1 page

  • --file, -f="": Write to file, default print to stdout. You should put to /path/to/man/man1/brook.1 on linux or /usr/local/share/man/man1/brook.1 on macos

help, h

Shows a list of commands or help for one command

Diagram

Maybe outdated

overview

overview

withoutBrookProtocol

wbp

relayoverbrook

relayoverbrook

dnsserveroverbrook

dnsserveroverbrook

relay

relay

dnsserver

dnsserver

tproxy

tproxy

gui

gui

script

script

Examples

List some examples of common scene commands, pay attention to replace the parameters such as IP, port, password, domain name, certificate path, etc. in the example by yourself

Run brook server

brook server --listen :9999 --password hello

then

  • server: 1.2.3.4:9999
  • password: hello

or get brook link

brook link --server 1.2.3.4:9999 --password hello --name 'my brook server'

or get brook link with --udpovertcp

brook link --server 1.2.3.4:9999 --password hello --udpovertcp --name 'my brook server'

Run brook wsserver

brook wsserver --listen :9999 --password hello

then

  • server: ws://1.2.3.4:9999
  • password: hello

or get brook link

brook link --server ws://1.2.3.4:9999 --password hello --name 'my brook wsserver'

or get brook link with domain, even if that's not your domain

brook link --server ws://hello.com:9999 --password hello --address 1.2.3.4:9999 --name 'my brook wsserver'

Run brook wssserver: automatically certificate

Make sure your domain has been resolved to your server IP successfully. Automatic certificate issuance requires the use of port 80

brook wssserver --domainaddress domain.com:443 --password hello

then

  • server: wss://domain.com:443
  • password: hello

or get brook link

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver'

Run brook wssserver Use a certificate issued by an existing trust authority

Make sure your domain has been resolved to your server IP successfully

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem

then

  • server: wss://domain.com:443
  • password: hello

or get brook link

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver'

Run brook wssserver issue untrusted certificates yourself, any domain

Install mad

nami install mad

Generate root ca

mad ca --ca /root/ca.pem --key /root/cakey.pem

Generate domain cert by root ca

mad cert --ca /root/ca.pem --ca_key /root/cakey.pem --cert /root/cert.pem --key /root/certkey.pem --domain domain.com

Run brook

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem

get brook link with --insecure

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver' --address 1.2.3.4:443 --insecure

or get brook link with --ca

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver' --address 1.2.3.4:443 --ca /root/ca.pem

withoutBrookProtocol

Better performance, but data is not strongly encrypted using Brook protocol. So please use certificate encryption, and it is not recommended to use --withoutBrookProtocol and --insecure together

withoutBrookProtocol automatically certificate

Make sure your domain has been resolved to your server IP successfully. Automatic certificate issuance requires the use of port 80

brook wssserver --domainaddress domain.com:443 --password hello --withoutBrookProtocol

get brook link

brook link --server wss://domain.com:443 --password hello --withoutBrookProtocol

withoutBrookProtocol Use a certificate issued by an existing trust authority

Make sure your domain has been resolved to your server IP successfully

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem --withoutBrookProtocol

get brook link

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver' --withoutBrookProtocol

withoutBrookProtocol issue untrusted certificates yourself, any domain

Install mad

nami install mad

Generate root ca

mad ca --ca /root/ca.pem --key /root/cakey.pem

Generate domain cert by root ca

mad cert --ca /root/ca.pem --ca_key /root/cakey.pem --cert /root/cert.pem --key /root/certkey.pem --domain domain.com

Run brook wssserver

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem --withoutBrookProtocol

Get brook link

brook link --server wss://domain.com:443 --password hello --withoutBrookProtocol --address 1.2.3.4:443 --ca /root/ca.pem

Run brook socks5, A stand-alone standard socks5 server

brook socks5 --listen :1080 --socks5ServerIP 1.2.3.4

then

  • server: 1.2.3.4:1080

or get brook link

brook link --server socks5://1.2.3.4:1080

Run brook socks5 with username and password. A stand-alone standard socks5 server

brook socks5 --listen :1080 --socks5ServerIP 1.2.3.4 --username hello --password world

then

  • server: 1.2.3.4:1080
  • username: hello
  • password: world

or get brook link

brook link --server socks5://1.2.3.4:1080 --username hello --password world

brook relayoverbrook can relay a local address to a remote address over brook, both TCP and UDP, it works with brook server wsserver wssserver.

brook relayoverbrook ... --from 127.0.0.1:5353 --to 8.8.8.8:53

brook dnsserveroverbrook can create a encrypted DNS server, both TCP and UDP, it works with brook server wsserver wssserver.

brook dnsserveroverbrook ... --listen 127.0.0.1:53

Brook OpenWRT Router: Perfectly supports IPv4/IPv6/TCP/UDP. Native IPv6

https://www.txthinking.com/talks/articles/brook-openwrt-en.article

Turn macOS into a Gateway with Brook

https://www.txthinking.com/talks/articles/brook-macos-gateway-en.article

Turn Windows into a Gateway with Brook

https://www.txthinking.com/talks/articles/brook-windows-gateway-en.article

Turn Linux into a Gateway with Brook

https://www.txthinking.com/talks/articles/brook-linux-gateway-en.article

brook relay can relay a address to a remote address. It can relay any tcp and udp server

brook relay --from :9999 --to 1.2.3.4:9999

brook socks5tohttp can convert a socks5 to a http proxy

brook socks5tohttp --socks5 127.0.0.1:1080 --listen 127.0.0.1:8010

brook pac creates pac server

brook pac --listen 127.0.0.1:8080 --proxy 'SOCKS5 127.0.0.1:1080; SOCKS 127.0.0.1:1080; DIRECT' --bypassDomainList ...

brook pac creates pac file

brook pac --file proxy.pac --proxy 'SOCKS5 127.0.0.1:1080; SOCKS 127.0.0.1:1080; DIRECT' --bypassDomainList ...

There are countless examples; for more feature suggestions, it's best to look at the commands and parameters in the CLI documentation one by one, and blog, YouTube...

例子

下面列举一些常用场景命令的例子, 注意自己替换示例中的 IP，端口，密码，域名，证书路径等参数

运行 brook server

brook server --listen :9999 --password hello

然后

  • server: 1.2.3.4:9999
  • password: hello

或 获取 brook link

brook link --server 1.2.3.4:9999 --password hello --name 'my brook server'

或 获取 brook link 让 udp 走 tcp --udpovertcp

brook link --server 1.2.3.4:9999 --password hello --udpovertcp --name 'my brook server'

运行 brook wsserver

brook wsserver --listen :9999 --password hello

然后

  • server: ws://1.2.3.4:9999
  • password: hello

或 获取 brook link

brook link --server ws://1.2.3.4:9999 --password hello --name 'my brook wsserver'

或 获取 brook link 指定个域名, 甚至不是你自己的域名也可以

brook link --server ws://hello.com:9999 --password hello --address 1.2.3.4:9999 --name 'my brook wsserver'

运行 brook wssserver: 自动签发信任证书

注意：确保你的域名已成功解析到你服务器的 IP, 自动签发证书需要额外监听 80 端口

brook wssserver --domainaddress domain.com:443 --password hello

然后

  • server: wss://domain.com:443
  • password: hello

或 获取 brook link

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver'

运行 brook wssserver 使用已有的信任机构签发的证书

注意：确保你的域名已成功解析到你服务器的 IP

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem

然后

  • server: wss://domain.com:443
  • password: hello

或 获取 brook link

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver'

运行 brook wssserver 自己签发非信任证书, 甚至不是你自己的域名也可以

安装 mad

nami install mad

使用 mad 生成根证书

mad ca --ca /root/ca.pem --key /root/cakey.pem

使用 mad 由根证书派发 domain.com 证书

mad cert --ca /root/ca.pem --ca_key /root/cakey.pem --cert /root/cert.pem --key /root/certkey.pem --domain domain.com

运行 brook

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem

获取 brook link 使用 --insecure

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver' --address 1.2.3.4:443 --insecure

或 获取 brook link 使用 --ca

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver' --address 1.2.3.4:443 --ca /root/ca.pem

withoutBrookProtocol

性能更好，但数据不使用 Brook 协议进行强加密。所以请使用证书加密，并且不建议--withoutBrookProtocol 和--insecure 一起使用

withoutBrookProtocol 自动签发信任证书

注意：确保你的域名已成功解析到你服务器的 IP, 自动签发证书需要额外监听 80 端口

brook wssserver --domainaddress domain.com:443 --password hello --withoutBrookProtocol

获取 brook link

brook link --server wss://domain.com:443 --password hello --withoutBrookProtocol

withoutBrookProtocol 使用已有的信任机构签发的证书

注意：确保你的域名已成功解析到你服务器的 IP

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem --withoutBrookProtocol

获取 brook link

brook link --server wss://domain.com:443 --password hello --name 'my brook wssserver' --withoutBrookProtocol

withoutBrookProtocol 自己签发非信任证书, 甚至不是你自己的域名也可以

安装 mad

nami install mad

使用 mad 生成根证书

mad ca --ca /root/ca.pem --key /root/cakey.pem

使用 mad 由根证书派发 domain.com 证书

mad cert --ca /root/ca.pem --ca_key /root/cakey.pem --cert /root/cert.pem --key /root/certkey.pem --domain domain.com

运行 brook wssserver

brook wssserver --domainaddress domain.com:443 --password hello --cert /root/cert.pem --certkey /root/certkey.pem --withoutBrookProtocol

获取 brook link

brook link --server wss://domain.com:443 --password hello --withoutBrookProtocol --address 1.2.3.4:443 --ca /root/ca.pem

运行 brook socks5, 一个独立的标准 socks5 server

brook socks5 --listen :1080 --socks5ServerIP 1.2.3.4

然后

  • server: 1.2.3.4:1080

或 获取 brook link

brook link --server socks5://1.2.3.4:1080

运行 brook socks5, 一个独立的标准 socks5 server, 指定用户名和密码

brook socks5 --listen :1080 --socks5ServerIP 1.2.3.4 --username hello --password world

然后

  • server: 1.2.3.4:1080
  • username: hello
  • password: world

或 获取 brook link

brook link --server socks5://1.2.3.4:1080 --username hello --password world

brook relayoverbrook 中继任何 TCP 和 UDP server, 让其走 brook 协议. 它与 brook server wsserver wssserver 一起工作

brook relayoverbrook ... --from 127.0.0.1:5353 --to 8.8.8.8:53

brook dnsserveroverbrook 用来创建一个加密 DNS Server, TCP and UDP, 它与 brook server wsserver wssserver 一起工作

brook dnsserveroverbrook ... --listen 127.0.0.1:53

Brook OpenWRT 路由器，完美支持 IPv4/IPv6/TCP/UDP，Native IPv6

https://www.txthinking.com/talks/articles/brook-openwrt.article

使用 Brook 把 macOS 变成网关

https://www.txthinking.com/talks/articles/brook-macos-gateway.article

使用 Brook 把 Windows 变成网关

https://www.txthinking.com/talks/articles/brook-windows-gateway.article

使用 Brook 把 Linux 变成网关

https://www.txthinking.com/talks/articles/brook-linux-gateway.article

brook relay 可以中继任何 TCP 和 UDP server, 这是一个独立的功能, 它不依赖 brook server wsserver wssserver

brook relay --from :9999 --to 1.2.3.4:9999

brook socks5tohttp 将 socks5 proxy 转换为 http proxy

brook socks5tohttp --socks5 127.0.0.1:1080 --listen 127.0.0.1:8010

brook pac 创建一个 pac server

brook pac --listen 127.0.0.1:8080 --proxy 'SOCKS5 127.0.0.1:1080; SOCKS 127.0.0.1:1080; DIRECT' --bypassDomainList ...

brook pac 创建一个 pac 文件

brook pac --file proxy.pac --proxy 'SOCKS5 127.0.0.1:1080; SOCKS 127.0.0.1:1080; DIRECT' --bypassDomainList ...

例子不胜枚举，更多功能建议挨个看 CLI 文档的命令和参数吧，还有博客，YouTube 等...