23.11.2020

Category: Svxlink conf example

Svxlink conf example

Note, once you get it installed with my scripts, you will need to refer to the Svxlink documentation for details on configuring it, the exact details depend on a lot of things including what you want it to be simplex or repeater, what kind of radio, etc so I can't easily build a guided script for everything. Svxlink is an extremely powerful tool, it does a lot more than Echolink but the Echolink function is my main use for having it personally.

Once installed, there is still a fair bit of setup and tweaking to do for the Svxlink configuration to get it "talking" to the radio and logged into the Echolink servers.

For the full details, you should read thru the svxlink documentation on their official site. At home, I use a wired network connection with shielded Cat5e cable with a ferrite choke at the Pi end of the cable. This works very well in my apartment since I have an always-on connection. For traveling, I've tried a few things. I ruled out using hotel internet because it seems many convention centers charge for internet which makes no sense when smaller places give it free plus I can't navigate paywalls and login agreements on a headless box.

As a result, I use cellular internet as my primary connection away from home. I've tried teathering from friends on T-Mobile because it was convenient at the time but their network didn't seem to be stable enough at that location. I normally use my Verizon Wireless MiFi which has performed amazingly every time so far. This was tolerable but the 2.

This is the best-case scenario since the MiFi shows up as a standard USB network card eth1 on the Raspberry Pi and provides rock-solid connectivity to the cellular modem. As an added bonus, the USB connection provides power so I don't need to have a separate plug tied up to power the MiFi anymore.

The initial version of this used an original single-core Raspberry Pi model B and a stack of equipment gathered together from bits and pieces I had around my apartment and car. This meant dissassembling things in order to set up my node and fine-tuning everything each time I set it up and then the resulting gear looked like something a mad scientist would have.

They made good on the insurance but I'm still very sad to think all the hard work and money I put into it repairing the power supply, replacing capacitors, cleaning contacts, lubericating mechanisms, etc. In any event, this setup worked well, I took it with me a couple times using my car's FT as the base to get squealch-detection and 70cm capability but it was a pain to set up every time.

A friend suggested I should put it in a case to make it easier to transport and set up. This gave me some ideas. I then took my Dremel cutting tool to the plastic flap that covered the CD bay and made it so the front panel of the radio is accessible. This looks much better already! The next major hurdle was building a backplate for the case for all the required connections to route thru.

Power was not an issue, I utilize the built-in mini-ITX power supply that came with the case, it provides more than enough 12V power for the radio and 5V power to run the Raspberry Pi and other electronics. For the backplate, I needed it to be easy to disconnect but also secure. I used a sheet of aluminum stock from the local hardware store to do this, I found it was easy to score with a disposable utility knife and then I could use "cold chisels" to punch out the approximate shape along the score line before filing it to an exact fit.

This was one of the first power-up tests I had, just to make sure it all worked. To start with, I used the Yaesu FT since I had it on hand but once I had a successful proof of concept I purchased a Yaesu FT as a drop-in upgrade to get dual band capability. Here is a close-up of my custom breakout-board.GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together.

Skip to content. Permalink Dismiss Join GitHub today GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together. Sign up. Branch: master. Find file Copy path.

Cannot retrieve contributors at this time. Raw Blame History. B svxlink is a general purpose voice service system for ham radio use. This man-page describe the SvxLink server configuration for the EchoLink module. There are a couple of configuration variables that are common to all modules.

The documentation for these can be found in the. BR svxlink. P Here is the description of all module specific configuration variables that the SvxLink EchoLink module understands. SS ModuleEchoLink.

Custom SVXLink Configuration

Connections originating from the given subnet will not be checked against the EchoLink directory server. A typical use of this is if you want to connect to your own svxlink server and both the server and you are behind a IP masquerading firewall. No message will be sent to the remote station notifying about the drop. The connection will just be ignored and there will be no notification in the application log.

The connection will just be ignored. For more information on the syntax, see the. A message will be sent to the remote station indicating that the connection was rejected.

If the callsign doesn't match, a message will be sent to the remote station indicating that the connection was rejected. This blocks connects from stations that are in conference mode. When a station enters conference mode after connecting, and transmits towards us, it will be disconnected as well. The specified servers will be tried in order until one is found that works. SvxLink will then stick to that server. If that server fail, SvxLink will again try the next server in the list and when the end of the list has been reached, the search start from the beginning again.

Hostnames that resolve to multiple IP addresses, like servers. Note: In the default configuration file the value of this configuration variable starts with "[Svx]".

svxlink conf example

This is of course not necessary but it's fun to see which other stations are running SvxLink. All EchoLink connections, both incoming and outgoing, will then go through the proxy.

Default is This may be needed if the computer is fitted with more than one ethernet interface and EchoLink should only be used on one of them. If more stations try to connect, the connect request will be rejected. If not set, it will be the same as the one chosen for the logic core.

The reason for setting this up may be that you want one language for the core and another language for annoncements sent to remote EchoLink stations.

The connection is then immediately terminated.This installation will use the late master of svxlink, updated on 1st Sep If you are unsure, then go to the svxlink page and look at the Raspbian install there. Tip: You do not need to be an expert in Linux but in following this guide you will understand everything you need to know for this project. Tip: Before booting the raspberry with the new SDCard, ensure that it is connected on an adequate power supply and connected to the same network as the PC.

Tip: This step is absolutely necessary. Type the commands at the prompt, and wait for each of the commands to complete. There is no need to expand the operating system in the MicroSD Card, as Stretch does this on first boot.

At the other end of the Loopback, we will connect darkice as a streaming device. The darkice config will then be like this:. This penultimate line is new and permits the metarinfo module to access the weather information from an https source.

The last line adds the best codec for any sound app. The final line to type will be sudo apt install alsa-utils, but it may attract the response that the latest tools are already installed. Now we start compiling. This command must go on one line. The final two.

The command will take several minutes to execute. The software is now installed, but not yet ready for use. We need the Language files. My preferred method is as follows. There is a useful command wget that downloads a file from a web source. If you want to make your own then download DSpeech from Dimio and play with that.

However the finished. This changes the twelfth bit from Hex 12 to Hex 10, to enable them to work in svxlink. We need to setup the GPIO ports. The simplest way is to add the following lines to the file rc.This man-page describe the SvxLink server configuration for the EchoLink module. The EchoLink module is used to connect to other EchoLink stations.

There are a couple of configuration variables that are common to all modules. The documentation for these can be found in the svxlink. Here is the description of all module specific configuration variables that the SvxLink EchoLink module understands.

Use this variable very carefully. Connections originating from the given subnet will not be checked against the EchoLink directory server. A typical use of this is if you want to connect to your own svxlink server and both the server and you are behind a IP masquerading firewall.

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Drop all incoming connections where the remote callsign match this regular expression. No message will be sent to the remote station notifying about the drop. The connection will just be ignored.

Reject all incoming connections where the remote callsign match this regular expression. A message will be sent to the remote station indicating that the connection was rejected. Only accept incoming connections where the remote callsign match this regular expression.

Reject all outgoing connections where the remote callsign match this regular expression. When this is set to 1, reject all incoming connections where the name of the remote station ends in the word CONF. This blocks connects from stations that are in conference mode. When a station enters conference mode after connecting, and transmits towards us, it will be disconnected as well.

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If a station connects to often it can be blocked for a configurable time span. Only accept outgoing connections where the remote callsign match this regular expression. A space separated list of IP addresses or names of the EchoLink directory servers to use. The specified servers will be tried in order until one is found that works. SvxLink will then stick to that server. If that server fail, SvxLink will again try the next server in the list and when the end of the list has been reached, the search start from the beginning again.

Hostnames that resolve to multiple IP addresses, like servers. The location of the station. Note: In the default configuration file the value of this configuration variable starts with "[Svx]". If set, connect to the given EchoLink proxy server host. All EchoLink connections, both incoming and outgoing, will then go through the proxy.GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together.

svxlink conf example

Skip to content. Permalink Dismiss Join GitHub today GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together. Sign up. Branch: master. Find file Copy path. Cannot retrieve contributors at this time. Raw Blame History.

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B remotetrx is the SvxLink remote transceiver server. This man-page describe the configuration file format for it. P The RemoteTrx application can handle more than one transceiver at a time. You may for example want to handle both a 2m and a 70cm receiver on a site.

svxlink conf example

One sound card is sufficient for doing this since the left channel can be used for one receiver and the right channel can be used for the other receiver. Each transceiver have an uplink that is used to interface to the main SvxLink server.

It is also possible to have an uplink via RF but the functionality is then limited. P The term "uplink" might be a bit confusing for some people.

In this case it does not refer to any specific direction in which the data or audio is flowing. It's just the name for the link up to the main SvxLink server. P RemoteTrx look for configuration files in a number of places. First it tries to find a user specific configuration file.

svxlink conf example

It will look for a user specific configuration file in two places:. If no user specific configuration file can be found, remotetrx will look for the system wide configuration file. B --config command line option may also be used to specify an arbitrary configuration file. The configuration file is in the famous INI-file format. A generic example of how such a file might look like is shown below.You seem to have CSS turned off. Please don't fill out this field.

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Upload screenshot of ad required :. I've just downgraded to You will get that by specifying "gpio31" instead of just "31" in the configuration. The change was made to support more boards. If you wonder about changes in between releases, be sure to check out the ChangeLog for the release.

You can find the This enables the use of any pin naming scheme. It's a bit hackish as it uses the sysfs files to toggle the GPIO value on a specified pin, but this method allows for a non-root user to change the value of the pin by chowning the proper file to svxlink. Once set, start svxlink and connect to it.

On transmit the specified GPIO pin will be brought up 3. Please reference the Nabble website for more info on this patch for However, in version See the difference in code: Not sure why this was changed, but it's a current bug. Hi Tobias, Bind crashed sometime yesterday so the server was not resolving.This man-page describe the configuration file format for it.

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The RemoteTrx application can handle more than one transceiver at a time. You may for example want to handle both a 2m and a 70cm receiver on a site. One sound card is sufficient for doing this since the left channel can be used for one receiver and the right channel can be used for the other receiver. Each transceiver have an uplink that is used to interface to the main SvxLink server.

It is also possible to have an uplink via RF but the functionality is then limited. The term "uplink" might be a bit confusing for some people. In this case it does not refer to any specific direction in which the data or audio is flowing.

RemoteTrx look for configuration files in a number of places. First it tries to find a user specific configuration file. The --config command line option may also be used to specify an arbitrary configuration file. The configuration file is in the famous INI-file format.

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A generic example of how such a file might look like is shown below. The same variable name can exist in two different sections.

Here is the description of all configuration variables that remotetrx understands. The configuration variables are described section for section. This configuration variable specify a comma separated list of transceiver configuration sections. Specify the path to a directory that contain additional configuration files. If a relative path is specified, the path will be relative to the directory where the main configuration file is at.

All files in the specified directory will be read as additional configuration. Filenames starting with a dot are ignored. This variable specifies the format of the timestamp that is written in front of each row in the log file.

The format string is in the same format as specified in the strftime 3 manual page. UTF8" will give you swedish timestamp representation. Other examples of format specifiers are:.


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