Inadyn-mt - Dynamic DNS client based on inadyn, and inadyn Advanced inadyn-mt - Simple DYNAMIC DNS client. Version 02.24.36, March 2011 INADYN Advanced Help INADYN Advanced is a dynamic DNS client. That is, it maintains the IP address of a host name. It periodically checks whether the IP address stored by the DNS server is the real current address of the machine that is running INADYN Advanced. Inadyn-mt contains some substantive bug fixes, and feature additions, including built in Windows service installation and management, connection event trapping, unicode, additional dynamic dns servers support, IPv6, and a few other things.

• • • • • How install and configure inadyn • PlexAPI plugin created and maintained by OpenViX Team available via online plugin feeds. Use the tuners from your Linux Enigma 2 receiver in PlexDVR on a suitable Plex Server. For PlexAPI support please see the support section here: • If this is your first visit, be sure to check out the by clicking the link above. You may have to before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below. • We may place 'cookies' on your personal computer. 'Cookies' are small identifiers sent from a website server and stored on your computer’s hard drive, similar to a license plate, that help us to recognize you if you visit this Site again.

Cookies are not designed to be used to get data from your hard drive, your email or any other personal data about you. To protect your privacy, we do not use cookies to store or transmit any personal information about you on the Internet.

By using this site or dismissing this notice your are consenting to their usage. Installation and configuration of inadyn on VTI and VIX images for being able to use service no-ip: 1) Download enigma2-plugin-extensions-inadyn.vuplus_1.2-r0_mipsel.ipk. D I S C L A I M E R My right to post information is protected under the rights for freedom act. In all instances, information discussed here on my posts are either hypothetical in nature, out of general curiosity, common knowledge, public knowledge, or role-play. Any use of the collective descriptions and shared knowledge from any of my posts are at the sole discretion of the reader. I am not responsible for what you do with it! Follow us on Twitter Rules can be found Support our sponsor World-Of-Satellite Support our sponsor VUPLUS-SHOP.CO.UK,,, Triax 1.1m Powered by TM2600, Technomate 80cm Powered by TM-2600 and Fixed 28.2 Zone 2 dish.

Below is the error received when trying to install the ipk package for inadyn root@bm750:~# ipkg install /tmp/*.* Installing enigma2-plugin-extensions-inadyn.vuplus (1.2-r0) to root. Configuring enigma2-plugin-extensions-inadyn.vuplus //usr/lib/opkg/info/enigma2-plugin-extensions-inadyn.vuplus.postinst: line 2: ex it0: not found postinst package /tmp/ecm.info.

* Cannot find package /tmp/ecm0.info. * Cannot find package /tmp/hotplug.socket. * Cannot find package /tmp/smb.log. * ERROR: enigma2-plugin-extensions-inadyn.vuplus.postinst returned 127 When i go to /usr/lib/opkg/info/enigma2-plugin-extensions-inadyn.vuplus.postinst I can see that the file contains the following #!/bin/sh exit0 so anybody got any idea on how to resolve this.

Presto Page Manager 9 Crack Keygen Database Management more. Installing DynDns (inadyn) as service on Linux. To install inadyn execute: sudo apt-get install inadyn than we have to create inadyn configuration file.

Ok finally i've figured this out. Inadyn is in fact already installed in the vix image. It just isn't activated. So you go to /etc/inadyn.conf and edit the file with your individual details for your dyndns/no-ip account. Then telnet to the box and simply type inadyn. This starts the inadyn process and you will find the inadyn logfile in /tmp. However should you restart the Vu+ you must remember that you will need to restart inadyn also.

This problem is solved by updating the /usr/bin/enigma2.sh file and adding the command line 'inadyn'. Then just reboot the box and all should be good. All, i have battled with this for some time.

Prior to vu+ i have 3 years of experience in dm800 and have always used inadyn. Yet i am still not happy. What i siad initially is not true. Inadyn is not by default on the vix image. My guess here is that when i installed the ipk supplied by skin the inadyn files were imported to the necessary directories. So the inadyn.conf file was in the /etc/ directory. Now i really want this to work, but for starters the ipk inadyn file does not do what is required.

Likewise the other option of loading inadyn and inadyn_script does not work. I have crashed my vu+ so many times trying to get this right as its a great plugin.

So i accept no credit. I'm using vix 1.1 (what an image) and nothing suggested on this forum currently corrects the inadyn conundrum. What i did do was prove hat it was possible to get inadyn to work on a working image but every time i reboot the box it hangs. So i'm sorry, as of yet i have not solved this problem. What i find is strange is that when i remove all the files and executable commands the box sill wont boot under the vix image. Simply weird.

Inadyn is a hugely important plugin and i really hope that vix can supply this as a workable downloadable solution. My knowledge (be it some years at linux) is not good enough to get this solution to work manually.

Jump to:, DD-WRT v23 SP2 and later use as its embedded dyndns client solution. By default, the DD-WRT GUI allows the specification of one DDNS provider e.g. At router startup, DD-WRT launches inadyn in daemon mode, and from this point onwards, inadyn manages updates to the DDNS provider. Inadyn retrieves the DDNS provider parameters (username, password, provider name etc.) from DD-WRT via a configuration file (/tmp/ddns/inadyn.conf), that DD-WRT creates from information entered by the user on the DDNS UI screen. However, the base DDNS implementation in DD-WRT updates one DDNS provider only.

Some users may have multiple DDNS providers, and associate multiple URLs with their IP address. This wiki shows how to maintain these multiple DDNS accounts by using the embedded inadyn in DD-WRT. Note that you may choose to create an account on which will perform multiple Dynamic DNS updates for you automatically. Contents • • • • • • • • • • • • [] DD-WRT Integration of Inadyn inadyn is a non-persistent program i.e.

It does not maintain any state from one session to another. This creates a problem for DD-WRT in that if inadyn is restarted for some reason (e.g.

A router reboot), a couple of key pieces of information are lost: • The WAN IP address the last time inadyn was run. Inadyn decides whether to do an update by comparing the last WAN IP address it saw with the current router WAN IP address. Thus when it starts for the first time, if it has no memory of the last IP address, it will always issue an update. Without some provision of supplying inadyn with this last WAN IP information, inadyn will always issue an update on startup, which has the potential to cause problems with DDNS providers like dyndns, that suspend their DDNS service to users who do frequent IP updates.

• The amount of time left before inadyn issues a compulsory update iandyn can be configured to always update a DDNS provider at a fixed interval. By default, DD-WRT sets this to 28 days. If for some reason inadyn is restarted part way into this schedule, it needs to know when the next compulsory/forced update time is e.g. If it was killed on the 27th day, if it has no information on how far along it was before, it will start counting from 0, and not do an update for another 28 days, thereby incorrectly stretching the compulsory period from 28 days to 27 28=45 days. The new inadyn integration with DD-WRT upgrades both DD-WRT and inadyn to maintain these two pieces of persistent information in nvram. On router startup, these nvram values are written into files in /tmp/ddns for inadyn to retrieve, and from then onwards are updated by inadyn as it performs its updates.

When we extend DD-WRT as outlined below, we must also provide some means by which inadyn can maintain these two pieces of information in a persistent fashion. For the purposes of this section, we will assume that we will achieve persistence by using the JFFS2 filesystem. [] Requirements • V23SP2 or V24 build from 18 August 2006 or later • Some JFFS2 space to hold 4 small text files (config file, log file, cached IP, cached forced-update time) per additional DDNS provider [] Configuration If you fit the requirements you can update multiple DDNS domains by adding the -a parameter to the hosts list in the web interface. So it would look something like this: Hostname: account1.dyndns.org -a account2.game-host.org [] Configuration (the old way) [] Create a directory on the jffs partition This will store the details of the new DDNS provider. For the sake of this Wiki, we will assume this is /jffs/ddns2 mkdir /jffs/ddns2 [] Create a link to inadyn This will allow us to execute the inadyn.conf file by inadyn in the new created directory. Ln -s /usr/sbin/inadyn /jffs/ddns2/inadyn (Optional) Copy the current cached IP value from /tmp/ddns/inadyn_ip.cache to this directory. [] Find the typical command line from your DDNS provider that works Determine the command line to be used for this DDNS service provider (to be placed in a config file specific to this provider).

This section of the Wiki will not focus on the different DDNS providers, and how to setup the various inadyn command line options for each. Other sections of the wiki do this e.g.. In case of difficulty, DD-WRT itself can be used as a guide e.g.: • Set up this provider through the DD-WRT UI and get it working. • Then ssh or telnet to the router and navigate to /tmp/ddns.

Cd /tmp/ddns • Copy the contents of the inadyn.conf file. This file will have one line of information containing all the parameters used to invoke inadyn for this service provider. Cp /tmp/ddns/inadyn.conf /tmp/ddns/inadyn.conf.backup cp /tmp/ddns/inadyn.conf /jffs/ddns2/inadyn.conf • Modify the line to delete a parameter '--exec ddns_successful'. This will most likely be at the very end of the line. Vi /jffs/ddns2/inadyn.conf Exit vi saving the changes with: wq [] Create the new configuration file for this new DDNS provider Now we will modify the file we just closed to adjust the paths and other parameters appropriately.

Vi /jffs/ddns2/inadyn.conf • Go to the end of the line and change --log_file /tmp/ddns/ddns.log to --log_file /jffs/ddns2/ddns.log E.g. The command line I use for no_ip is: --background --dyndns_system default@no-ip.com -u my_noip_username -p my_noip_password-a my_noip_url --update_period_sec 360 --forced_update_period 2419200 --log_file /jffs/ddns2/ddns.log • As an added bonus (and as different from the built in DD-WRT DDNS) you can tailor the parameter values to your satisfaction e.g. If you want to specify a faster check interval of 1 minute, change the 360 seconds to your preferred value of 60 etc.

[] Make start inadyn with the new config file at router startup Now we need to start inadyn with this config file at router startup. Here is an example script to do so. Note the use of the cache_dir parameter to tell inadyn to use our newly created directory to store its persistent cache values.

In the DD-WRT UI, this script can be placed in (or appended to) Administration->Commands->Command Shell. (Press 'Save Startup' when done). #Delay to ensure WAN is up and running and router has correct time sleep 5 #Now startup the new inadyn. /jffs/ddns2/inadyn --input_file /jffs/ddns2/inadyn.conf --cache_dir /jffs/ddns2 [] Tests • Test your added domain from Windows or Linux with nslookup. At the prompt, enter the domain name and press enter.

You should see your WAN IP address there if all went OK. >user@myhost:~$ nslookup >myserver.com Server: 192.168.1.1 Address: 192.168.1.1#53 Non-authoritative answer: Name: myserver.com Address: 7x.x40.249.x2 >Exit nslookup with ctrl-c.

• In your browser, add the subdomain and verify it connects and opens the default web page of your host. Note: to add more than one account, simply repeat the above step by step directions, but using a new/different directory for each additional DDNS provider e.g. /jffs/ddns3, /jffs/ddns4 [] External Links [] See also •.