Edouard Griffiths

Awesome! This saved the life of my project running on Docker!

Hello, this is working: http://hb9uf.github.io/gr-ysf/ However it uses many discrete blocks tied together in a GRC (GNUradio Companion) network with other GNUradio blocks so it results in a processing bloat....

Edit: it appears that there is no need to make a call to get only the number of gains. Gains could be queried directly. However the documentation of bladerf_get_gain_modes still...

The "simple" PTT has a VOX capability: https://github.com/f4exb/swagger-codegen/blob/sdrangel/modules/swagger-codegen/src/main/resources/qt5cpp/HttpRequest.cpp.mustache#L157 but as it uses its own buffer it is not necessarily strongly coordinated to the modulator. I don't know WSJT-X well enough...

Apparently there is no such thing with WSJT-X but it can talk to a rigctl server and there is a plugin that does that: https://github.com/f4exb/sdrangel/tree/master/plugins/feature/rigctlserver However at the moment it...

Since the VOX feature already exist with the SimplePTT plugin but may not be ideal (you may want to try it though) I'd rather change the requirement for RigCtl plugin...

Not sure I would implement TS-2000 protocol as suggested in #1199 but in the course of developing the present feature I will try the WSJT-X - SDRangel Rx/Tx end to...

For WSJT-X the setup should be similar to what is done for Cubic SDR: https://www.radiosrs.net/digital_modes.html

One should use [libfaketime](https://github.com/wolfcw/libfaketime). See example here: https://github.com/f4exb/sdrangel-docker/tree/master/wsjtx

What about QSSTV? https://github.com/xdsopl/qsstv I saw your name there 😄