A collection of little tools I've written to help me with amateur radio stuff.
My motivation for this was originally that CHIRP didn't support the FT-991a, so I figured that equipped with the CAT manual for it, I could put together a script easily enough to program memories on this radio via CAT.
ft991a
- Tool to read/write channel memory and settings to a FT-991a over the CAT serial protocolcat_shell
- REPL shell for your radio. Type in a CAT command, and it'll print the responserig_meters
- Show meters from the radio, read from rigctld - input signal strength, ALC, SWR, and output RF power. Saves you from having to flip between the various meters on the radio.
pip install git+https://github.com/nickpegg/ham_tools.git
First, dump your radio's existing memories to a CSV file:
ft991a read memory
Then, edit the CSV file it wrote the memories to, adding stations or making changes.
Now, write the memories from the CSV back to the radio:
ft991a write memory
After cloning the repo, run make init
to install all of the dependencies.
The CLI tools are all defined in the [tool.poetry.scripts]
section in the
pyproject.toml
file. You can run each one with poetry run
, for example:
poetry run ft991a -h
.
make fmt
will run code formatters, make test
will run the standard suite of
tests. Just running make
will run both of these.
There are some integration tests which require a real Yaesu FT-991a to be
plugged in via USB, these can be ran with make integration
. You should make
sure that other programs aren't trying to use the radio at the same time, like
you should stop rigctl, WSJT-X, etc.
- Read/write memory channels
- Read/write CTCSS tones and DCS codes along with memory
- read/write memory to/from CSV
- Add memory writing to CLI
-
ft991a
- Menu settings read/write - tough because types are so different between settings -
rig_meters
- Make meter value red when over limit
- ADIF parser/merger
- CLI tool to merge ADIFs and manage a central log
- simple web UI for manual logging
- Push logs to LOTW
- Push logs to ClubLog
- Push logs to eQSL