tenda-reverse
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Utilizing the WAN port as a 2nd LAN port
Has anyone explored the feasibility of this or accomplished this? cfw ^.* doesn't seem to expose a way to do this easily.
` lan.dns.auto=1 lan.dns.hand1= lan.dns.hand2= lan.gst.1.ip=192.168.10.1 lan.gst.1.mask=255.255.255.0 lan.ip=192.168.5.1 lan.mask=255.255.255.0 lan.portmirror=0;1;0,0,0,0 lan.snat.en=0 lan.snat.list= lan.webip=0.0.0.0 lan.webipen=0 lan.webiplansslen=0 lan.webport=80 lan1_ifname=br0:1 lan1_ifnames=wl0-va0 wl1-va0 lan_ifname=br0 lan_ifnames=vlan1 wlan0 wlan1
wan.detecttype=5 wan.ipv6.en=0 wan1.accessen=1 wan1.connecttype=0 wan1.dhcp.dns.auto=1 wan1.dhcp.dns.hand1= wan1.dhcp.dns.hand2= wan1.dmzen=0 wan1.dmzip=192.168.5.100 wan1.dns1= wan1.dns2= wan1.downrate=128000 wan1.dynamicMTU=1500 wan1.gateway= wan1.ip= wan1.isp=0 wan1.l2tp.dns.auto=1 wan1.l2tp.dns.hand1= wan1.l2tp.dns.hand2= wan1.l2tp.double.access=0 wan1.l2tp.mode=1 wan1.l2tp.mtu=1460 wan1.l2tp.pw= wan1.l2tp.serverip= wan1.l2tp.user= wan1.mac.clone.en=0 wan1.mac.clone.type=0 wan1.macaddr=CC:2D:21:3D:F2:07 wan1.manual.dns.en=0 wan1.manual.dns1= wan1.manual.dns2= wan1.mask= wan1.mtutype=1 wan1.net.type=0 wan1.param=0 wan1.port=3 wan1.ppoe.ac= wan1.ppoe.auth_code= wan1.ppoe.conmode= wan1.ppoe.double.access=0 wan1.ppoe.h.e= wan1.ppoe.h.s= wan1.ppoe.idletime= wan1.ppoe.m.e= wan1.ppoe.m.s= wan1.ppoe.mode=1 wan1.ppoe.mtu=1480 wan1.ppoe.pwd= wan1.ppoe.sev= wan1.ppoe.userid= wan1.pppoe.dns.auto=1 wan1.pppoe.dns.hand1= wan1.pppoe.dns.hand2= wan1.pptp.dns.auto=1 wan1.pptp.dns.hand1= wan1.pptp.dns.hand2= wan1.pptp.double.access=0 wan1.pptp.mode=1 wan1.pptp.mppe= wan1.pptp.mtu=1452 wan1.pptp.pw= wan1.pptp.serverip= wan1.pptp.user= wan1.scale= wan1.staticMTU=1500 wan1.uprate=128000 wan2.accessen=0 wan2.connecttype=0 wan2.dmzen=0 wan2.dmzip= wan2.dns1= wan2.dns2= wan2.downrate=1536 wan2.dynamicMTU=1500 wan2.gateway= wan2.ip= wan2.isp=0 wan2.l2tp.double.access=0 wan2.l2tp.mode=1 wan2.l2tp.mtu=1492 wan2.l2tp.pw= wan2.l2tp.serverip= wan2.l2tp.user= wan2.macaddr=CC:2D:21:3D:F3:08 wan2.mask= wan2.mtutype=1 wan2.net.type=0 wan2.param=0 wan2.ppoe.ac= wan2.ppoe.auth_code= wan2.ppoe.conmode= wan2.ppoe.double.access=0 wan2.ppoe.mode=1 wan2.ppoe.mtu=1492 wan2.ppoe.pwd= wan2.ppoe.sev= wan2.ppoe.userid= wan2.pptp.double.access=0 wan2.pptp.mode=1 wan2.pptp.mppe= wan2.pptp.mtu=1492 wan2.pptp.pw= wan2.pptp.serverip= wan2.pptp.user= wan2.scale= wan2.staticMTU=1500 wan2.uprate=102 wan3.macaddr=CC:2D:21:3D:F4:09 wan4.macaddr=CC:2D:21:3D:F5:0A wan_check=0 wan_isonln=0 wans.auto.scale=1:1 wans.flag=1 wans.ispmode=0 wans.loadbalancetype=0 wans.location=-1 0 -1 1 -1 wans.manual.enable=0 wans.manual.scale=1:1 wans.policy.list1= wans.policy.listnum=0 wans.policymode=0 wans.wanweben=0 wans.wanwebip=0.0.0.0 wans.wanwebport=8080 wans.wanwebsslen=0 `
I think it's unlikely to be easy- the devices are expected to be used routing-wise with the WAN port, but best of luck if you do experiment.