Four-faith router cli setting guide

                         

Four-faith router cli setting guide

The four-faith router provide nvram command to configure the router, it contain all the setting items as webpage configure.

nvvram supported command:

1.  nvram get item_name

This command is used to get the current value of the specified item

eg:  

nvram get lan_ip

lan_ip:192.168.1.1

2.  nvram set item_name  value

This command is used to set value of the specified item

eg:

nvram set lan_ip 192.168.47.1

3.  nvram show

    This command is used to show all the settings

4.  nvram commit

    This command is used to save the current settings to flash

5.        nvram reboot

this command is used to reboot the router

all items are listed as the following

lan_ip: lan  ip address

lan_netmask: lan netmask

lan_mac: lan mac address

web_port: web configure port

serial_app_dsc_addr: serial application server address

serial_app_dsc_port: serial application server listening port

serial_app_device_id: serial application device identity number

serial_app_hrt_interval: serial application heart packet detect interval

access_no: wireless wan access number

apn: wireless wan access point name

wan_user: wireless wan username

wan_pswd: wireless wan password

wan_ip_type: wireless wan local ip address allocate method   1 – auto  2 – fixed ip

wan_detect_mode: wireless wan alive detect method  1-- none 2 – ping  5 --- ppp  6 – route

wan_detect_interval: wireless wan alive detect interval

wan_detect_icmp_dst: wireless wan icmp detect host address

wan_detect_icmp_dst2: wireless wan icmp detect second host address

wan_way:  wan access method  0 – pppoe  1--- wireless wan  2 – static ip  3 --- dhcp client

fixed_wan_ip: wireless wan fixed local ip address

ddns_enable: enable or disable ddns(dynamic domainname service) function . 1 – enable 0--disable

ddns_provider: ddns service provider name. 1 – 88ip 2 – 3322   3 – dyndns

ddns_host: ddns service host address

ddns_bkhost: ddns service backup host address

ddns_interval: ddns update time interval

ddns_user: ddns username

ddns_pswc: ddns password

pptp_enable: enable or disable pptp  1 – enable   0 – disable

pptp_fixed_ip: pptp fixed local tunnel ip address

debug_enable: enable or disable log information 1 – enable  0 – disable

debug_type: debug information output way   1 – console  2 – syslog

debug_syslog_server_ip: syslog server ip address

admin_user: administrator login username

admin_pswd: administrator login password

dhcpd_enable: enable or disable dhcpd function 1 – enable  0 – disable

dhcpd_start_ip: dhcpd ip address pool start ip

dhcpd_end_ip: dhcpd ip address pool end ip

pptp_server_addr: pptp server address

pptp_user: pptp login username

pptp_pswd: pptp login password

pptp_enable: enable or disable pptp-client function 1 – enable  0 – disable

wan_dns_type:  get dns server way  1 – auto  2-- fixed dns server 

wan_main_dns:  fixed main dns server ip address

wan_aux_dns: fixed second dns server ip address

dmz_enable: enable or disable dmz function  1 – enable 2—disable

dmz_ip: dmz host ip address

workmode:  router workmode   3 – normal workmode  2 – enable serial application mode

serial_app_proto:  1 – UDP  2 – PUREUDP 3-- TCP  4-- PURETCP

wifi_enable: enable or disable wifi function

wifi_ssid:  wifi ssid name

wifi_region: wifi region

            1 – africa

            2 – asia

            3 – australia

            4-- canada

           5 – europe

         6 – france

         7 – israel

 8 – japan

9-- mexico

10 – south america

11-- united states

   

wifi_channel: wifi work channel

wifi_speed_mode: wifi speed mode

          0 – 802.11b only

          1 – 802.11g only

          2 – 802.11b/g

wifi_auth_mode: wifi authentication way

     0 – none

    1 – wep

     2 – wpapsk

     3 – wpa2psk

    4 – wpapskwpa2psk

wifi_wep_auth_type: wep authentication way

          0 – open

          1 – share

           2 – auto

wifi_wep_passwd:  wep authentication password

wifi_wpa_encry_type: wpa authentication way

    3 – TKIP

    4 – AES

    5 – AUTO

wifi_wpa_passwd: wpa authentication password

nat_item: nat item

   nat_item=index name outside_port inside_port port_num proto localip

       index: nat item location ,start from 0

      name: name of this nat item

      outside_port:  destination port of the remote ip packet

     inside_port:  forwarding local port

port_num:  ports range should be forward (refer to the router manual)

proto:

     1 – all

     2 – tcp

     3 – udp

  eg:

     nvram set nat_item "0 nat1 5001 5001 1 2 192.168.1.130"

     nvram get nat_item

   nat_item:nat_item=0 nat1 5001 5001 1 2 192.168.1.130

pf_enable: enable or disable packet filter   1 – enable  0 – disable

pf_policy:  packet filter policy

    1  – discard the packet in the filter list, accept all others

    2  – only accept packet in the filter list ,discard all others

pf_item: packet filter item

pf_item=index srcip srcport dstip dstport dir proto

  index: packet f ilter item location ,start from 0

  srcip: packet source ip address

  srcport: packet source port number

  dstip: packet destination ip address

  dstport: packet destination port number

  dir :   packet transmit direction

      1 – input

      2 – output

      3 – both direction

  proto:

      1 – all

     2 – tcp

     3 – udp

 eg:

    nvram set pf_item “0 * * * 5001 2 2”

     nvram get pf_item

    pf_item:pf_item=0 * * * 5001 2 2

  the empty option should replaced by  *

mac_enable: enable or disable mac filter function  1 – enable  0 – disable

mac_policy: mac filter policy

   1  – discard the packet in the filter list, accept all others

    2  – only accept packet in the filter list ,discard all others

mac_item: mac filter item

mac_item=index mac_addr

  index : filter item location ,start from 0

  mac_addr: the mac address

eg:

nvram set mac_item “0 00:11:22:22:44:D0”

nvram get mac_item

mac_item:mac_item=0 00:11:22:22:44:D0

serial_app_baudrate: serial application baudrate

1 – 110

2 – 300

3 – 1200

4 – 2400

5 – 4800

6 – 9600

7 – 19200

8 – 38400

9 – 57600

10 – 115200

11 – 230400

serial_app_databit: serial application databit

1 – 8 bit

2 – 7 bit

3 – 6 bit

4 – 5 bit

serial_app_parity: serial application parity

1 – none

2 – odd

3 – even

serial_app_stopbit: serial application stopbit

1 – 1bit

2 – 2bit

ddns_3322_host:  3322.org ddns server hostname

ddns_3322_domain: 3322.org  ddns  domainname

l2tp_enable: enable or disable l2tp client function  1 – enable  0 – disable

lns_addr: l2tp server address

l2tp_user: l2tp login username

l2tp_pswd: l2tp login password

l2tp_ip_type:  l2tp client ip address allocation way

  1 – auto

  2 – fixed

l2tp_fixed_ip:  l2tp fixed ip address

route_time: static route item

//route_item=index name dst mask gw metric

index: static route item location ,start from 0

name: static route name

dst: destination address

mask: netmask

gw:  gateway

metric: metric value

eg:

   nvram set route_item “0 1 192.168.3.0 255.255.255.0 192.168.1.130 3”

  nvram get route_item

  route_item:route_item=0 1 192.168.3.0 255.255.255.0 192.168.1.130 3

wan_trig_type: wan online trig type (wireless wan valid)

1 – phone call trig

2 – sms trig

3 – above two methods mixed trig

wan_call_trig_no: wan call trig online phone number

wan_sms_trig_no: wan sms trig online phone number

wan_sms_trig_ctx: wan sms trig online content

wan_online_last_time:  wan online last time

ipsec_natt: enable or disable nat-traversal funciton

ipsec_debug: enable or disable ipsec debug information output

ipsec_natt_detect_interval:  nat-traversal keepalive detect interval

ipsec_dpd_interval: ipsec dead peer detection interval

ipsec_dpd_timeout: ipsec dead peer detection timeout value

ipsec_item: ipsec item

index: ipsec item location ,start from 0

name: ipsec item name

peer_addr:  peer endpoint address

ipsec_item=index name peer_addr peer_id peer_subnet auth_way auth_pswd through pfs_enable ike_alg ipsec_alg ike_life ipsec_life local_id local_subnet

peer_id: peer endpoint id

peer_subnet: peer endpoint protect subnet

auth_way:  authentication way

auth_pswd: authentication password

through: ipsec next route  interface

pfs_enable: pfs enable or disable

ike_alg:  ike algorithm

ipsec_alg: ipsec algorithm

ike_life:  ike life time

ipsec_life: ipsec life time

local_id: local id

local_subnet: local protect subnet

eg;

nvram set ipsec_item “0 ff_tun_1 120.42.46.98 @peer 192.168.47.0/24 0 12345 0 0 1 1 3600 28800 @local 192.168.1.0/24”

nvram get ipsec_item

ipsec_item:ipsec_item=0 ff_tun_1 120.42.46.98 @peer 192.168.47.0/24 0 12345 0 0 1 1 3600 28800 @local 192.168.1.0/24

gre_item: gre item

//gre_item=index name enable through peer_addr peer_net peer_tun_ip local_tun_ip             local_tun_mask gre_pswd keepalive_enable keepalive_interval

index: gre item location ,start from 0

name: gre item name

enable: gre  item enable or disable

  1 – enable

  0 – disable

through: gre next route interface

0 – wireless wan

1 – lan

2 – wan

peer_addr: gre peer endpoint address

peer_net: peer protect subnet

peer_tun_ip: peer gre tunnel ip address

local_tun_ip: local gre tunnel ip address

local_tun_mask: local gre tunnel netmask

gre_pswd: gre password

keepalive_enable: gre keepalive enable or disable

keepalive_tries: gre keepalive try times

keepalive_interval: gre keepalive interval

//gre_item=index name enable through peer_addr peer_net peer_tun_ip local_tun_ip             local_tun_mask gre_pswd keepalive_enable keepalive_interval

eg:

nvram set gre_item “0 gre_tun_1 1 0 120.42.46.98 192.168.8.0/24 200.200.200.1 200.200.200.200 255.255.255.0 123451 5 60”

nvram get gre_item

gre_item:gre_item=0 gre_tun_1 1 0 120.42.46.98 192.168.8.0/24 200.200.200.1 200.200.200.200 255.255.255.0 123451 5 60

apcli_enable: enable or disable apclient function  1 – enable  0 – disable

apcli_remote_ssid: remote AP ssid

apcli_remote_mac: remote AP mac address

apcli_ip_type:  apclient ip address allocation way   1 – auto,  2 – fixed ip

apcli_fixed_ip:  apclient fixed ip address

apcli_fixed_mask:  apclient interface netmask

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