wan /usr /lib /ddns /dynamic_dns_updater.sh -n wan startĪll configured ddns services in /etc/config/ddns can of can be stopped,started,restarted and reloaded accordingly with the service command e.g.Įach configuration/section of ddns-scripts can be configured to run once including retry on error so it is guaranteed that the update is sent to the provider. To start all ddns-scripts configurations configured for a given interface e.g. To stop one configuration/section you need to find it's PID and kill it manually e.g. See /usr/lib/ddns/dynamic_dns_updater.sh -h for more details usr /lib /ddns /dynamic_dns_updater.sh -S myddns -v1 start Note that verbosity can also be increased, which is very useful for debugging when creating your own ddns client scripts. usr /lib /ddns /dynamic_dns_updater.sh -S myddns start & To start only one ddns-scripts configuration/section (here myddns): firewall) might be (re-)started via ifup hotplug event!įor INTERFACE, type the specified ddns-scripts interface name (the interface name from /etc/config/network, usually 'wan')ĪCTION= ifup INTERFACE=wan /sbin /hotplug-call iface Keep in mind that also other service processes (i.e. This will start all enabled ddns configurations/sections monitoring this interface. Users reported timeout problems, use links in the line below (…:8245).įrom console command line you could create an ifup hotplug event for the desired network interface. Uci commit ddns # don't forget this, otherwise data not written to configuration file Uci set = set = "wan" # network interface that should start this configuration/section Uci set _name= "" # only use names listed in /usr/lib/ddns/services # or /usr/lib/ddns/services_ipv6 (since CC 15.05) Other editors as vi needs to be installed separately.Īlternatively you can use UCI command line interface. If you want to change the configuration at a later time, you can find it under /usr /local/etc/ easiest way to configure ddns-scripts via console is to edit the file /etc/config/ddns directly using build-in vi editor or any other editor you prefer. With me, that is 192.168.1.83 (which it is exactly with you, can be seen in your router). As the IP address, you give the internal IP of the Raspberry. In my router, this is possible under the Port Forwarding tab. So that the service can now also forward from the outside to the Pi (when calling or similar) you also have to share in your router the ports 80, (TCP). How to do that is described in this tutorial. You start the service by means of sudo noip2īut attention: If you restart the Pi, No-IP will not start automatically. As an interval, I left 30 seconds and on “Do you wish to run something at successful update?” answered with a no. Then a query will come to the email address, as well as the password used. To install the package, we first have to switch to the folder cd noip-2.* The package must be downloaded from the site sudo wget Īnd unpacked: sudo tar xf Now click on Add Host and we can come to the configuration on the Pi. The only “disadvantage” of the Free Version is that every month an email arrives asking you to confirm the account (via captcha input).Īfter logging in, we click on Add a Host and choose a host name and, as domain, one of the No-IP Free Domains listed below. This will be covered in this tutorial.įirst, we need a DNS provider, where I prefer No-IP (free). With the previous programs we were able to set up a complete web server, but in the vast majority of cases, the files should also be accessible via the internet. Part 6 of the web server installation is about making the server available outside of the local network using a DNS server (such as No-IP, DynDNS).
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