I am a beginner in OpenWrt router development, I am try to create a hot-spot management system and with social website (such as Facebook, Twitter and LinkedIn) with WifiDog.
I already install wifidog using opkg install using putty, but it's not showing any splash page when I try to connect to the internet (like nodogsplash).
Please see my .conf file below
# $Id$
# WiFiDog Configuration file
# Parameter: GatewayID
# Default: default
# Optional
#
# Set this to the node ID on the auth server
# This is used to give a customized login page to the clients and for
# monitoring/statistics purpose. If you run multiple gateways on the same
# machine each gateway needs to have a different gateway id.
# If none is supplied, the mac address of the GatewayInterface interface will be used,
# without the : separators
# GatewayID default
# Parameter: ExternalInterface
# Default: NONE
# Optional
#
# Set this to the external interface (the one going out to the Inernet or your larger LAN).
# Typically vlan1 for OpenWrt, and eth0 or ppp0 otherwise,
# Normally autodetected
# ExternalInterface eth0
# Parameter: GatewayInterface
# Default: NONE
# Mandatory
#
# Set this to the internal interface (typically your wifi interface).
# Typically br-lan for Openwrt (by default the wifi interface is bridged with wired lan in openwrt)
# and eth1, wlan0, ath0, etc. otherwise
# You can get this interface with the ifconfig command and finding your wifi interface
GatewayInterface br-lan
# Parameter: GatewayAddress
# Default: Find it from GatewayInterface
# Optional
#
# Set this to the internal IP address of the gateway. Not normally required.
# GatewayAddress 192.168.1.1
# Parameter: HtmlMessageFile
# Default: wifidog-msg.html
# Optional
#
# This allows you to specify a custome HTML file which will be used for
# system errors by the gateway. Any $title, $message and $node variables
# used inside the file will be replaced.
#
HtmlMessageFile /etc/wifidog-msg.html
# Parameter: AuthServer
# Default: NONE
# Mandatory, repeatable
#
# This allows you to configure your auth server(s). Each one will be tried in order, untill one responds.
# Set this to the hostname or IP of your auth server(s), the path where
# WiFiDog-auth resides in and the port it listens on.
#AuthServer {
# Hostname (Mandatory; Default: NONE)
# SSLAvailable (Optional; Default: no; Possible values: yes, no)
# SSLPort (Optional; Default: 443)
# HTTPPort (Optional; Default: 80)
# Path (Optional; Default: /wifidog/ Note: The path must be both prefixed and suffixed by /. Use a single / for server root.)
# LoginScriptPathFragment (Optional; Default: login/? Note: This is the script the user will be sent to for login.)
# PortalScriptPathFragment (Optional; Default: portal/? Note: This is the script the user will be sent to after a successfull login.)
# MsgScriptPathFragment (Optional; Default: gw_message.php? Note: This is the script the user will be sent to upon error to read a readable message.)
# PingScriptPathFragment (Optional; Default: ping/? Note: This is the script the user will be sent to upon error to read a readable message.)
# AuthScriptPathFragment (Optional; Default: auth/? Note: This is the script the user will be sent to upon error to read a readable message.)
#}
#AuthServer {
# Hostname auth.ilesansfil.org
# SSLAvailable yes
# Path /
#}
AuthServer {
Hostname mytestserver.com
SSLAvailable no
Path /
}
# Parameter: Daemon
# Default: 1
# Optional
#
# Set this to true if you want to run as a daemon
# Daemon 1
# Parameter: GatewayPort
# Default: 2060
# Optional
#
# Listen on this port
# GatewayPort 2060
# Parameter: ProxyPort
# Default: 0 (disable)
# Optional
#
# Redirect http traffic of knowns & probations users
# to a local transparent proxy listening on ProxyPort port
# ProxyPort 0
# Parameter: HTTPDName
# Default: WiFiDog
# Optional
#
# Define what name the HTTPD server will respond
# HTTPDName WiFiDog
# Parameter: HTTPDMaxConn
# Default: 10
# Optional
#
# How many sockets to listen to
# HTTPDMaxConn 10
# Parameter: HTTPDRealm
# Default: WiFiDog
# Optional
#
# The name of the HTTP authentication realm. This only used when a user
# tries to access a protected WiFiDog internal page. See HTTPUserName.
# HTTPDRealm WiFiDog
# Parameter: HTTPDUserName / HTTPDPassword
# Default: unset
# Optional
#
# The gateway exposes some information such as the status page through its web
# interface. This information can be protected with a username and password,
# which can be set through the HTTPDUserName and HTTPDPassword parameters.
# HTTPDUserName admin
# HTTPDPassword secret
# Parameter: CheckInterval
# Default: 60
# Optional
#
# How many seconds should we wait between timeout checks. This is also
# how often the gateway will ping the auth server and how often it will
# update the traffic counters on the auth server. Setting this too low
# wastes bandwidth, setting this too high will cause the gateway to take
# a long time to switch to it's backup auth server(s).
# CheckInterval 60
# Parameter: ClientTimeout
# Default: 5
# Optional
#
# Set this to the desired of number of CheckInterval of inactivity before a client is logged out
# The timeout will be INTERVAL * TIMEOUT
ClientTimeout 5
# Parameter: TrustedMACList
# Default: none
# Optional
#
# Comma separated list of MAC addresses who are allowed to pass
# through without authentication
#TrustedMACList 00:00:DE:AD:BE:AF,00:00:C0:1D:F0:0D
# Parameter: FirewallRuleSet
# Default: none
# Mandatory
#
# Groups a number of FirewallRule statements together.
# Parameter: FirewallRule
# Default: none
#
# Define one firewall rule in a rule set.
# Rule Set: global
#
# Used for rules to be applied to all other rulesets except locked.
FirewallRuleSet global {
# FirewallRule syntax:
# FirewallRule (block|drop|allow|log|ulog) [(tcp|udp|icmp) [port X]] [to IP/CIDR]
## To block SMTP out, as it's a tech support nightmare, and a legal liability
#FirewallRule block tcp port 25
## Use the following if you don't want clients to be able to access machines on
## the private LAN that gives internet access to wifidog. Note that this is not
## client isolation; The laptops will still be able to talk to one another, as
## well as to any machine bridged to the wifi of the router.
# FirewallRule block to 192.168.0.0/16
# FirewallRule block to 172.16.0.0/12
# FirewallRule block to 10.0.0.0/8
## This is an example ruleset for the Teliphone service.
#FirewallRule allow udp to 69.90.89.192/27
#FirewallRule allow udp to 69.90.85.0/27
#FirewallRule allow tcp port 80 to 69.90.89.205
## Use the following to log or ulog the traffic you want to allow or block.
# For OPENWRT: use of these feature requires modules ipt_LOG or ipt_ULOG present in dependencies
# iptables-mod-extra and iptables-mod-ulog (to adapt it to the linux distribution).
# Note: the log or ulog rule must be passed before, the rule you want to match.
# for openwrt: use of these feature requires modules ipt_LOG or ipt_ULOG present in dependencies
# iptables-mod-extra and iptables-mod-ulog
# For example, you want to log (ulog works the same way) the traffic allowed on port 80 to the ip 69.90.89.205:
#FirewallRule log tcp port 80 to 69.90.89.205
#FirewallRule allow tcp port 80 to 69.90.89.205
# And you want to know, who matche your block rule:
#FirewallRule log to 0.0.0.0/0
#FirewallRule block to 0.0.0.0/0
FirewallRule allow mytestserver.com
}
# Rule Set: validating-users
#
# Used for new users validating their account
FirewallRuleSet validating-users {
FirewallRule allow to 0.0.0.0/0
}
# Rule Set: known-users
#
# Used for normal validated users.
FirewallRuleSet known-users {
FirewallRule allow to 0.0.0.0/0
}
# Rule Set: unknown-users
#
# Used for unvalidated users, this is the ruleset that gets redirected.
#
# XXX The redirect code adds the Default DROP clause.
FirewallRuleSet unknown-users {
FirewallRule allow udp port 53
FirewallRule allow tcp port 53
FirewallRule allow udp port 67
FirewallRule allow tcp port 67
FirewallRule allow to 0.0.0.0/0
}
# Rule Set: locked-users
#
# Not currently used
FirewallRuleSet locked-users {
FirewallRule block to 0.0.0.0/0
}
I think u can try our apfree wifidog project
https://github.com/liudf0716/apfree_wifidog
we have integrated our project with openwrt closely, u don't need to write your own wifidog conf, just using our openwrt style config file, our wifidog.init can parse your parameters auto, for example, the following openwrt style wifidog config file :
config wifidog
option gateway_interface 'br-lan'
option auth_server_hostname 'entrance.kunteng.org'
option auth_server_port 80
option auth_server_path '/wifidog/'
option check_interval 60
option client_timeout 72000
option httpd_max_conn 200
option pool_mode 1
option thread_number 5
option queue_size 20
option wired_passed 1
u just change your own auth_server_hostname, auth_server_port and auth_server_path