# The following virtual service covers all packets that are matched by an
# ipchains input rule or rules that add a firewall-mark of 1 to the packet.
# Firewall-marks are specified using the -m option to ipchains.  Other
# virtual services may be used by using different firewall-mark numbers.
#
# The virtual service will forward the packet to the corresponding port on
# the real server scheduled for the connection. So traffic addressed to
# port 80 will be forwarded to port 80 on one of the real servers similarly
# for all other ports. This will work for both TCP/IP and UDP/IP, the only
# limitation is on the match made by the ipchains rules.
#
# The service is set to "http" as this is used to check the availability of
# the server. If it is available then the server is considered to be
# available. Other service types as specified by "ldirectord -h" or the
# ldirectord(8) man page may be used.
#
# Ldirectord will connect to each real server once per second and request
# /index.html. If the data returned by the server does not contain the
# string "Test Message" then the test fails and the real server will be
# taken out of the available pool. The real server will be added back into
# the pool once the test succeeds. If all real servers are removed from the
# pool then localhost:0 is added to the pool as a fallback measure.
#
# Prepared: April 2005

# Global Directives
checktimeout=10
checkinterval=2
#fallback=127.0.0.1:80
autoreload=no
#logfile="/var/log/ldirectord.log"
logfile="local0"
quiescent=yes


# Note: persistancy needs to be turned on if FTP traffic is to handled
#       using LVS-DR (gate) or LVS-TUN (ipip). This is not neccessary
#       or LVS-NAT (masq).
virtual=1
        real=192.168.6.7:0 masq
        real=192.168.6.7:0 masq
        service=http
	checkport=80
	checktype=negotiate
        request="index.html"
        receive="Test Page"
        scheduler=rr
        #persistent=600