Nothing shows up in the Received Messages window or in With the above configuration, the received message apparently
#FLDIGI INTERFACE WINDOWS#
The same way I have it configured on my Windows system). In FLMsg, I have it configured to sync modem to FLDigi (also Open with flmsg and open in browser DISabled. Transfer direct to executing flmsg enabled. (the same way I have it configured on my Windows system): In FLDigi, I have the NBEMS interface configured as follows With FLMsg version 4.0.11, I'm having trouble getting it to I've got FLDigi versioin 4.1.06 running just fine. Running this stuff on Windows for years and have begunĮxperimenting with ubuntu linux (version 19.10). Any help getting FLMsg and FLDigi to interface properly would be greatly appreciated. Also, going the other way Autosend still doesn't work and the modem still doesn't follow FLDigi. But this way I wind up with multiple iterations running. With that configuration, a new iteration of FLMsg is started and the message is displayed. I then tried it with Open with flmsg enabled (in FLDigi) and the proper path specified. Also, changing the modem in FLDigi does NOT result in the modem being changed in FLMsg. Going the other way, Autosend doesn't work. Nothing shows up in the Received Messages window or in the main FLMsg window. With the above configuration, the received message apparently never gets transferred to FLMsg. All other FLMsg configurations are default. In FLMsg, I have it configured to sync modem to FLDigi (also the same way I have it configured on my Windows system). Here's what I've got going on: In FLDigi, I have the NBEMS interface configured as follows (the same way I have it configured on my Windows system): NBEMS data file interface enabled. With FLMsg version 4.0.11, I'm having trouble getting it to interface properly with FLDigi. Use model "Hamlib NET rigctl".I've been running this stuff on Windows for years and have begun experimenting with ubuntu linux (version 19.10). Requires dp_virtual_serial_port configuration option See the rigctld page for more information. For programs listing “rigctld”, you will need to select “Hamlib NET rigctl” (or similar) as the radio model. The following is a table of programs we have tested.
If you are accessing the radio remotely using wfview over a network, please see our page on Audio Configuration.If the computer is connected to the radio using a USB cord, simply use the audio device within the 3rd party program, as you would without wfview.These options can be enabled on the Settings tab under the External Control page.įor 3rd party programs that need radio audio, such as fldigi and wsjt-x: Raw TCP/IP socket: Works for a few programs such as N1MM+ and possibly RUMLogNG.
#FLDIGI INTERFACE SERIAL#
Virtual Serial Port interface: Emulates a genuine serial port in software.built-in hamlib-compatible rigctld server: recommended, supports multiple programs at once.The three principle methods of control are (click the links to learn more): The virtual serial port option may be better for users running unusual commands that aren’t in our implementation of rigctld yet. rigctld is generally the best option as it supports multiple programs at once and is generally simpler to configure.
#FLDIGI INTERFACE SOFTWARE#
This is because wfview runs some commands that may not be compatible with other software programs, and also needs high-speed access to the waterfall data (which some programs would filter out). In all cases, connect wfview to the radio first. For example, you can connect to your radio with wfview, and then connect fldigi and MacLoggerDX to wfview. Wfview provides several methods of sharing the control of your radio with other programs.
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