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Thanks Dan. I'll investigate that possibility. I would still need to come up with a way to transmit CW using the Pi's keyboard. Since FLDIGI is opensource, maybe l cold add the encode capability?? I'll take a look at his code.
On Tue, Dec 10, 2019 at 11:35 AM, Daniel Holmes
I’m not familiar with the exact setup (In college around the same time, I wrote an x86 assembly program for a class to decode CW via serial port!), but FLDIGI will decode CW nicely using a sound card setup.
--Daniel Holmes, danielh@..."Laugh while you can, monkey boy!" -- Lord John Whorfin
On Dec 10, 2019, at 9:45 AM, Doug Baker via Groups.Io <kfourcle@...
Long time back I had a CW send/receive program than ran
under DOS (Quick and Easy CW with the PC, WB8DQT, QST - Jan. 1995). It
used the parallel port on the PC for sending and displaying the received
code. Has anyone been successful at developing a similar program to
run on one of the versions of a Raspberry Pi? I realize it would require
a piece of hardware that would have to interface with some of the Pi's GPIO
pins. I am not opposed to building something, just don't see a need to
re-invent the wheel if it has already been done by someone! Would
appreciate any thoughts on this.
73's, Doug - k4cle