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This LEDE lede-17.01 branch was taken in July 2017 from the LEDE github
-repository for Sentinel system. A few things have been added including a patch
+repository for Vigilia system. A few things have been added including a patch
for hostapd to make disable_dgaf and proxy_arp options work properly.
The followings are the steps to be done to install this correctly on a NETGEAR R7800
the right branch---this is a detached branch (there is no master branch), so we
have to do this to make sure that we can push and pull changes correctly.
-2) Copy the compilation configuration file sentinel.config into a .config file in
-the main folder by executing "cp sentinel.config .config".
+2) Run "./scripts/feeds update -a" to get all the latest package definitions
+defined in feeds.conf / feeds.conf.default respectively and "./scripts/feeds
+install -a" to install symlinks of all of them into package/feeds/.
+Run "make menuconfig", choose "< Load >", and load "vigilia.config". Then save
+this configuration as ".config".
-3) Do "make defconfig" to setup the build options, then do "make world -j<number-of-proc>",
-e.g. make world -j12.
+3) Do "make world -j<number-of-proc>", e.g. make world -j12.
4) After the compilation, the image will be found in
bin/targets/ipq806x/generic/lede-ipq806x-R7800-squashfs-factory.img. We can flash
5) After flashing and booting for the first time, we need to set up the router using
RJ45 cables; if we plug it into the WAN connection through DHCP mechanism, we can get
-an IP address for that WAN port instantly; to set up network configrations, we can
+an IP address for that WAN port instantly; to set up network configurations, we can
access the router by connecting a device to the router, opening a browser, and typing
the default router IP address: http://192.168.1.1; this will open the lUCI configuration
page and we can set up the router now.
6) We can set up first the LAN connection according to the LAN configuration
-in sentinel_setup/config/network.
+in vigilia/config/network.
7) Then we can set up a password for the system by typing "passwd" and giving it
a new password.
8) Reboot the system and we can login using dropbear ssh authentication by typing
-"ssh root@128.195.204.115" and inputting the password. If we want to use SSL key
+"ssh root@128.195.204.94" and inputting the password. If we want to use SSL key
for the sake of convenience, then we have to do the steps here:
https://wiki.openwrt.org/doc/howto/dropbear.public-key.auth
Basically we copy our machine's public-key to the LEDE system by typing:
-ssh root@128.195.204.115 "tee -a /etc/dropbear/authorized_keys" < ~/.ssh/id_rsa.pub
+ssh root@128.195.204.94 "tee -a /etc/dropbear/authorized_keys" < ~/.ssh/id_rsa.pub
9) We need to copy the setup in dhcp, network, wireless, and hostapd-psk files in
-sentinel_setup/config/ into the same files in /etc/config/ on the LEDE system.
-Also we need to copy sentinel_setup/rc.local that contains the initial setup scripts
+vigilia_setup/config/ into the same files in /etc/config/ on the LEDE system.
+Also we need to copy vigilia_setup/rc.local that contains the initial setup scripts
into /etc on the LEDE system. For the firewall file, since we do not use the
default firewall setup from LEDE, we can do
"mv /etc/config/firewall /etc/config/firewall.bak" to make it unreadable by LEDE
UCI when it is initializing the firewall rules when the system is booting up.
-10) Last, we need to copy the setup scripts in sentinel_setup/setup into /setup on
+10) We need to also create /root/vigilia_setup/register and copy the scripts and files in
+vigilia_setup/register/version_3 into it. These Shell scripts work with the
+Android app that registers and deletes devices to and from the router.
+
+11) Last, we need to copy the setup scripts in vigilia_setup/setup into /setup on
our LEDE system. This contains a number of scripts.
- "startup.sh" will be run by the rc.local script when LEDE is booting up. This script
-contains the initial firewall rules for Sentinel router and a number of workaround
+contains the initial firewall rules for Vigilia router and a number of workaround
rules to fix a few issues when disable_dgaf and proxy_arp options are activated, i.e.
-hostapd checksum bug (for disable_dgaf feature) and DHCPDECLINE issue when
-a device gets an ARP unicast message about itself, causing it to think that its
-IP address has been used by another device (so far only the ESP8266 is known to
-have this problem).
+hostapd checksum bug (for disable_dgaf feature).
- "clean" and "nat" scripts are for cleaning and activating NAT(Network Address Translation)
on the system.
- "dhcp" shows the IP address assignments to different connected devices.
- "show" shows the active iptables rules.
- "transfer" contains commands to transfer files through the "scp" command.
-12) Reboot the system and we will have a working LEDE router for Sentinel system.
+13) Reboot the system and we will have a working LEDE router for Vigilia system.
projects / lede.git / blobdiff