SS-MANAGER(1)

NAME
ss-manager - ss-server controller for multi-user management and traffic statistics

SYNOPSIS

ss-manager [-AuUv] [-h|--help] [-s <server_host>] [-p <server_port>] [-l <local_port>] [-k <password>] [-m <encrypt_method>] [-f <pid_file>] [-t <timeout>] [-c <config_file>] [-i <interface>] [-b <local_addr>] [-a <user_name>] [--manager-address <path_to_unix_domain>] [--executable <path_to_server_executable>]

DESCRIPTION

Shadowsocks-libev is a lightweight and secure socks5 proxy. It is a port of the original shadowsocks created by clowwindy. Shadowsocks-libev is written in pure C and takes advantage of libev to achieve both high performance and low resource consumption.

Shadowsocks-libev consists of five components. ss-manager(1) is a controller for multi-user management and traffic statistics, using UNIX domain socket to talk with ss-server(1). Also, it provides a UNIX domain socket or IP based API for other software. About the details of this API, please refer to the following PROTOCOL section.

OPTIONS

-s <server_host>
    Set the server’s hostname or IP.

-k <password>
    Set the password. The server and the client should use the same password.

-m <encrypt_method>
    Set the cipher.

    Shadowsocks-libev accepts 21 different ciphers:

    table, rc4, rc4-md5, aes-128-cfb, aes-192-cfb, aes-256-cfb, aes-128-ctr, aes-192-ctr, aes-256-ctr, bf-cfb, camellia-128-cfb, camellia-192-cfb, camellia-256-cfb, cast5-cfb, des-cfb, idea-cfb, rc2-cfb, seed-cfb, salsa20, chacha20 and chacha20-ietf.

    The default cipher is rc4-md5.

    If built with PolarSSL or custom OpenSSL libraries, some of these ciphers may not work.

-a <user_name>
    Run as a specific user.

-f <pid_file>
    Start shadowsocks as a daemon with specific pid file.

-t <timeout>
    Set the socket timeout in seconds. The default value is 60.

-c <config_file>
    Use a configuration file.

-i <interface>
    Send traffic through specific network interface.

    For example, there are three interfaces in your device, which is lo (127.0.0.1), eth0 (192.168.0.1) and eth1 (192.168.0.2). Meanwhile, you configure ss-local to listen on 0.0.0.0:8388 and bind to eth1. That results the traffic go out through eth1, but not lo nor eth0. This option is useful to control traffic in multi-interface environment.

-u
    Enable UDP relay.

-U
    Enable UDP relay and disable TCP relay.

-A
    Enable onetime authentication.

-d <addr>
    Setup name servers for internal DNS resolver (libudns). The default server is fetched from /etc/resolv.conf.

--fast-open
    Enable TCP fast open.

    Only available with Linux kernel > 3.7.0.

--acl <acl_config>
    Enable ACL (Access Control List) and specify config file.

--manager-address <path_to_unix_domain>
    Specify UNIX domain socket address for the communication between ss-manager(1) and ss-server(1).

    Only available in server and manager mode.

--executable <path_to_server_executable>
    Specify the executable path of ss-server.

    Only available in manager mode.

--obfs <http|tls>
    Enable HTTP or TLS obfuscating. (Experimental)

--obfs-host <hostname>
    Specify the hostname for obfuscating. (Experimental)

-v
    Enable verbose mode.

-h|--help
    Print help message.

PROTOCOL

ss-manager(1) provides several APIs through UDP protocol:

Send UDP commands in the following format to the manager-address provided to ss-manager(1):
    command: [JSON data]

To add a port:
    add: {"server_port": 8001, "password":"7cd308cc059"}

To remove a port:
    remove: {"server_port": 8001}

To receive a pong:
    ping

Then ss-manager(1) will send back the traffic statistics:
    stat: {"8001":11370}

EXAMPLE

To use ss-manager(1), First start it and specify necessary information.

Then communicate with ss-manager(1) through UNIX Domain Socket using UDP protocol:

    # Start the manager. Arguments for ss-server will be passed to generated
    # ss-server process(es) respectively.
    ss-manager --manager-address /tmp/manager.sock --executable $(which ss-server) -s example.com -m aes-256-cfb -c /path/to/config.json
    # Connect to the socket. Using netcat-openbsd as an example.
    # You should use scripts or other programs for further management.
    nc -Uu /tmp/manager.sock

After that, you may communicate with ss-manager(1) as described above in the PROTOCOL section.

SEE ALSO

ss-local(1), ss-server(1), ss-tunnel(1), ss-redir(1), shadowsocks-libev(8), iptables(8), /etc/shadowsocks-libev/config.json