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The following files have been uploaded to the Files area of the [email protected] group. /FRS Control&Status.json By: Alan Blind, WA9WUD Description: Flow to display the full status output from the FR Stack Service running on your Raspberry Pi. Also includes: 1) "Status" Text Box, 2) "Status" LED, and 3) Push Button to shutdown/restart the FRS Server, background colors change corresponds to the current FRS status.

I have seen a few photos of desktops showing the node-red dashboard in a rectangular shape along side SmartSDR’s display of the radio. How is this accomplished? My node-red service is on a Raspberry Pi accessed by Safari. That also eats up desktop real estate. 73, Marty WD9GYM

I am new to Nodered and FRStack. I followed the procedure on the Wiki to install and ran into an issue with the FRStack WebAPI. I am using the procedure here: /g/nodered-hamradio/wiki/22502 I did the steps to download and unzip FRStack. I verified each step worked. Install FRStack WebAPI on RPi sudo mkdir -p /usr/local/frstack cd /usr/local/frstack sudo wget http://www.mkcmsoftware.com/download/FRStackWebApiRpi.zip sudo unzip FRStackWebApiRpi Run FRStack WebAPI from commandline dotnet FRStackWebApi.dll --urls "http://*:5025" When I enter the botnet command, I receive the following error: pi@nodered:/usr/local/frstack$ dotnet FRStackWebApi.dll --urls "http://*:5025" -bash: /usr/bin/dotnet: cannot execute binary file: Exec format error Has anyone run into that? Thanks, Tom NY4I

Hi All I wanted to share the devices at Sequent Microsystems. They can give you an RPI with 8 SPDT relays rated at 10A for 120V, which is really good. https://sequentmicrosystems.com/index.php?route=product/product&product_id=50 And, yes, you can control these with NodeRed. Very slick. You can never have too many dry contact relays. Mike va3mw [image: image.png]

FRStack Web APIs V 3.1.20.45 for RPi, Linux x64 and OSX has been released. http://www.mkcmsoftware.com/download/FRStackWebApiRPi.zip http://www.mkcmsoftware.com/download/FRStackWebApiLinux.zip http://www.mkcmsoftware.com/download/FRStackWebApiOsx.zip README Version 3.1.20.45 Changes SteppIR control adds AUTOTRACK, Retry logic, Multi-client bugfix S-Meter data returned in UDP Meter data and Web Socket formats Add Rest API Radio: TXIHIBIT Update Rest API Radio: INFO adds TXINHIBIT, NICKNAME, CALLSIGN, MODEL, SERIAL, VERSION Update Rest API Slice: INFO adds INDEX property Add Rest API SPEAMP: INFO Add Rest API STEPPIR: INFO, AUTOTRACK Meter level Mute (Squelch) tooltip is dbm level UDP Data add app node name set to FRStack Special thanks to WA9WUD Alan Blind's efforts on the SteppIR logic and testing. 73, Mark W3II

Ok, elmers. My Pi4 (8GB) is on its way this week. Is Alan's image still the latest image with FRStacks or is there another version with the latest flows (wsjtx lister i.e)? Or shall I add flows individually? Old Pi3, will be used to monitor electricity among other things. Does anybody know any UPS and power strips that can be used with node red To monitor consumption within a reasonable budget? Santiago ______________ 73 de Santiago HI8SMX - KB8SMX web: www.hi8smx.online YouTube: HI8SMX Twitter: @hi8smx Instagram: hi8smx

Hi Guys I am a comple noob here, have a little linux experience, am trying to follow David's instructions to install nodered and FRstacks. I have got to the point where nodered runs successfully in command line, but whan i try to install FRstack, I get the message as in the attached picture. I did have an issue installing the dotnet core from the sudo wget command, but went to microsoft and downloaded the tarball from there...it seemed to install successfully. Any ideas please? 73 de Charlie GI4FUE

The following files have been uploaded to the Files area of the [email protected] group. /WSJT QSO Listener.json By: Alan Blind Description: WSJT-X has a UDP Server that sends out a UDP broadcast containing data on the currently selected QSO and a stream of decoded messages. I built a Node-Red flow to receive the WSJT-X QSO UDP broadcasts and provide three outputs: 1- List of stations calling CQ, 2- Selected QSO - Call Sign, and 3 - Selected QSO - Grid Square. The UDP data string is of variable length, so the user must enter their six-digit Grid Square (i.e. "EN61SW"), where indicated, to get a proper parse of the data. I used the standard WSJT-X port numbers, but if you are not using the same, you need to add your port number to the UDP listener node.

The following files have been uploaded to the Files area of the [email protected] group. /HF Auto Listener.json By: Alan Blind, WA9WUD Description: Node-Red flow to import data from W1TRs HF-Auto Application. Data includes; CAT Frequency, CAT Source, Tuner Frequency, Tuner Mode, Selected Tuner Antenna, C Value, L Value, Max Power, Peak Power, Average Power, SWR, Average SWR, and more. Requires configuration of the UDP broadcasts within HF-Auto Application. Flow includes a user interface that can be modified to your specific needs. All variables are available to other flows as global variables.

The following files have been updated in the Files area of the [email protected] group. /HF Auto.json By: Alan Blind, WA9WUD Description: Updated Node-Red Flow to add command buttons to change modes: Auto, Manual, Bypass and to change Antennas: ANT 1, ANT 2, and ANT 3. See my file upload, "HF-Auto Network Setup" to configure HF-Auto Network Settings; Node-Red UDP Out (Commands to HF-Auto), Node-Red UDP In (HF-Auto Data to Node-Red), and FR Stack UDP CAT (Frequency broadcast to HF-Auto). Node-Red flow to import data from W1TRs HF-Auto Application. Data includes; CAT Frequency, CAT Source, Tuner Frequency, Tuner Mode, Selected Tuner Antenna, C Value, L Value, Max Power, Peak Power, Average Power, SWR, Average SWR, and more. Requires configuration of the UDP broadcasts within HF-Auto Application. Flow includes a user interface that can be modified to your specific needs. All variables are available to other flows as global variables.