glider is a forward proxy with multiple protocols support, and also a dns forwarding server with ipset management features(like dnsmasq).
glider is a forward proxy with multiple protocols support, and also a dns forwarding server with ipset management features(like dnsmasq).
we can set up local listeners as proxy servers, and forward requests to internet via forwarders.
|Forwarder ----------------->|
Listener --> | | Internet
|Forwarder --> Forwarder->...|
Features
Listen(local proxy server):
- Socks5 proxy
- Http proxy
- SS proxy
- Linux transparent proxy(iptables redirect)
- TCP tunnel
- DNS Tunnel(udp2tcp)
Forward(upstream proxy server):
- Socks5 proxy
- Http proxy
- SS proxy
DNS Forwarding Server(udp2tcp):
- Listen on UDP and forward dns requests to remote dns server in TCP via forwarders
- Specify different upstream dns server based on destinations(in rule file)
- Tunnel mode: forward to a fixed upstream dns server
- Add resolved IPs to proxy rules
- Add resolved IPs to ipset
Ipset Management:
- Add ip/cidrs from rule files on startup
- Add resolved ips for domains from rule files by dns forwarding server
General:
- Http and socks5 on the same port
- Forward chain
- HA or RR strategy for multiple forwarders
- Periodical proxy checking
- Rule proxy based on destinations: Config Examples
TODO:
- UDP over TCP Tunnel (client <-udp-> uottun <-tcp-> ss <-udp-> target)
- Transparent UDP proxy (linux tproxy)
- TUN/TAP device support
- Code refactoring: support proxy registering so it can be pluggable
- Conditional compilation so we can abandon needless proxy type and get a smaller binary size
- IPv6 support
- SSH tunnel support
Install
Binary:
Go Get (requires Go 1.9+ ):
go get -u github.com/nadoo/glider
ArchLinux:
sudo pacman -S glider
Run
command line:
glider -listen :8443 -verbose
config file:
glider -config CONFIGPATH
command line with config file:
glider -config CONFIGPATH -listen :8080 -verbose
Usage
glider v0.3.1 usage:
-checkduration int
proxy check duration(seconds) (default 30)
-checkwebsite string
proxy check HTTP(NOT HTTPS) website address, format: HOST[:PORT], default port: 80 (default "www.apple.com")
-config string
config file path
-forward value
forward url, format: SCHEMA://[USER|METHOD:PASSWORD@][HOST]:PORT[,SCHEMA://[USER|METHOD:PASSWORD@][HOST]:PORT]
-listen value
listen url, format: SCHEMA://[USER|METHOD:PASSWORD@][HOST]:PORT
-rulefile value
rule file path
-strategy string
forward strategy, default: rr (default "rr")
-verbose
verbose mode
Available Schemas:
mixed: serve as a http/socks5 proxy on the same port. (default)
ss: ss proxy
socks5: socks5 proxy
http: http proxy
redir: redirect proxy. (used on linux as a transparent proxy with iptables redirect rules)
tcptun: a simple tcp tunnel
dnstun: listen on udp port and forward all dns requests to remote dns server via forwarders(tcp)
Available schemas for different modes:
listen: mixed ss socks5 http redir tcptun dnstun
forward: ss socks5 http
Available methods for ss:
AEAD_AES_128_GCM AEAD_AES_192_GCM AEAD_AES_256_GCM AEAD_CHACHA20_POLY1305 AES-128-CFB AES-128-CTR AES-192-CFB AES-192-CTR AES-256-CFB AES-256-CTR CHACHA20-IETF XCHACHA20
NOTE: chacha20-ietf-poly1305 = AEAD_CHACHA20_POLY1305
Available forward strategies:
rr: Round Robin mode
ha: High Availability mode
Config file format(see `glider.conf.example` as an example):
# COMMENT LINE
KEY=VALUE
KEY=VALUE
# KEY equals to command line flag name: listen forward strategy...
Examples:
glider -config glider.conf
-run glider with specified config file.
glider -config glider.conf -rulefile office.rule -rulefile home.rule
-run glider with specified global config file and rule config files.
glider -listen :8443
-listen on :8443, serve as http/socks5 proxy on the same port.
glider -listen ss://AEAD_CHACHA20_POLY1305:pass@:8443
-listen on 0.0.0.0:8443 as a ss server.
glider -listen socks5://:1080 -verbose
-listen on :1080 as a socks5 proxy server, in verbose mode.
glider -listen http://:8080 -forward socks5://127.0.0.1:1080
-listen on :8080 as a http proxy server, forward all requests via socks5 server.
glider -listen redir://:1081 -forward ss://method:pass@1.1.1.1:8443
-listen on :1081 as a transparent redirect server, forward all requests via remote ss server.
glider -listen tcptun://:80=2.2.2.2:80 -forward ss://method:pass@1.1.1.1:8443
-listen on :80 and forward all requests to 2.2.2.2:80 via remote ss server.
glider -listen socks5://:1080 -listen http://:8080 -forward ss://method:pass@1.1.1.1:8443
-listen on :1080 as socks5 server, :8080 as http proxy server, forward all requests via remote ss server.
glider -listen redir://:1081 -listen dnstun://:53=8.8.8.8:53 -forward ss://method:pass@server1:port1,ss://method:pass@server2:port2
-listen on :1081 as transparent redirect server, :53 as dns server, use forward chain: server1 -> server2.
glider -listen socks5://:1080 -forward ss://method:pass@server1:port1 -forward ss://method:pass@server2:port2 -strategy rr
-listen on :1080 as socks5 server, forward requests via server1 and server2 in roundrbin mode.
Advanced Usage
Service
Links
- go-ss2: ss protocol support
- conflag: command line and config file parse support
- ArchLinux: a great linux distribution with glider pre-built package
from https://github.com/nadoo/glider
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发现一个转换工具glider，能够将Socks5转成 SS
在局域网PC装上SS-H和Glider，通过Glider将ss-h的socks5转换成 SS、HTTP、Socks5，
这时候PC就成了一个SS服务器，局域网里的手机就能用SS/SSR客户端 全局翻墙了
这时候PC就成了一个SS服务器，局域网里的手机就能用SS/SSR客户端 全局翻墙了
（也可以在PC上用SS客户端请求这个本地的SS服务器，实现负载均衡？）
glider参考配置: https://github.com/onplus/shadowsocks-heroku/files/1384805/glider.zip
listen=:8443
listen=ss://AES-128-CFB:1234@:8449
forward=socks5://127.0.0.1:1080
verbose=True
strategy=rr
checkwebsite=www.microsoft.com
checkduration=30
# Setup a dns forwarding server
#dns=:53
# global remote dns server (you can specify different dns server in rule file)
#dnsserver=8.8.8.8:53from https://github.com/onplus/shadowsocks-heroku/issues/47
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