Date   
Re: Fldigi with major components

Ed W3NR
 

On 4/11/20 5:39 PM, Wayne Francis wrote:
I seem to remember years ago downloading Fldigi and it had many programs in the zip file.
Now, from what I gather it is sort of Ala Carte.
Does anyone know the version that has most programs pre loaded.
Thanks for your time.
73 de W3HIZ,
Wayne

w1hkj.com is a good place to start.

EdW3NR

Fldigi with major components

Wayne Francis <w3hiz@...>
 

I seem to remember years ago downloading Fldigi and it had many programs in the zip file.
Now, from what I gather it is sort of Ala Carte.
Does anyone know the version that has most programs pre loaded.
Thanks for your time.
73 de W3HIZ,
Wayne

Re: MacOS 10.15 build #build #macos

Dave Carlton
 

They are installed, any other ideas?

On Apr 10, 2020, at 15:26, Dave <w1hkj@...> wrote:

You need to install the command line tools for the Xcode version that you installed.

David

On 4/10/20 4:44 PM, Dave Carlton wrote:
Trying to build latest on Catalina using instructions found at
http://www.w1hkj.com/doku/doku.php?id=howto:building_on_os_x

When executing ./configure step I get 

configure: error: cannot find install-sh, install.sh, or shtool in build-aux "."/build-aux

Where are these files supposed to be?

Re: MacOS 10.15 build #build #macos

Dave
 

You need to install the command line tools for the Xcode version that you installed.

David

On 4/10/20 4:44 PM, Dave Carlton wrote:
Trying to build latest on Catalina using instructions found at
http://www.w1hkj.com/doku/doku.php?id=howto:building_on_os_x

When executing ./configure step I get 

configure: error: cannot find install-sh, install.sh, or shtool in build-aux "."/build-aux

Where are these files supposed to be?

MacOS 10.15 build #build #macos

Dave Carlton
 

Trying to build latest on Catalina using instructions found at
http://www.w1hkj.com/doku/doku.php?id=howto:building_on_os_x

When executing ./configure step I get 

configure: error: cannot find install-sh, install.sh, or shtool in build-aux "."/build-aux

Where are these files supposed to be?

NBEMS On a newer MS Surface Pro?

Dave, KI7VLV
 
Edited

Looking at a Surface Pro. I’ve found some older posts related to this.

On another laptop the local and SignaLink CODECS seem to compete w ea other and I have to disable the local soundcard.

Most likely will dump Win10 for my usual Kali Linux (Deb).

PTT Button in FLRig on TS890 times out going back to receive

Cathryn Mataga
 

This is in FLRIG with no other fldigi software unning.  When I push PTT down, the radio goes into transmit, but click PTT again to go to receive, the app times out waiting for a response. I have TS2000 here also, and that works fine.

This log is from 1.3.49, but I see the same results in 1.3.50, which I downloaded after I'd gone to the trouble of making the log.

Thanks.



03:07:19.543 : read_if_shift()
03:07:19.558 : read_power_control()
03:03:07:38.451 : I:20:07:38: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:38.451 : ptt returned 0 in 0 msec
03:07:38.451 : unlock mutex_service_requests : serviceQUE

03:07:38.795 : read_vfo()
03:07:38.795 : vfoA active get vfo A
03:07:38.951 : I:20:07:38: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:38.951 : vfoA FA; FA00014246650;
03:07:38.951 : vfoA active get vfo B
03:07:39.108 : I:20:07:39: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:39.108 : vfoB FB; FB00014230030;
03:07:39.123 : read_mode vfoA active
03:07:39.264 : I:20:07:39: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:39.405 : I:20:07:39: get data A OK 50 ms
cmd DA;
ans ?;

03:07:39.545 : I:20:07:39: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:39.686 : I:20:07:39: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:39.701 : read_bandwidth()
03:07:39.701 : vfoA active get_bwA()
03:07:39.858 : I:20:07:39: get lower OK 50 ms
cmd SL;
ans ?;

03:07:39.873 : read_smeter()
03:07:40.014 : I:20:07:40: get OK 50 ms
cmd SM0;
ans ?;

03:07:40.170 : I:20:07:40: tuning? OK 50 ms
cmd AC;
ans AC010;

03:07:40.186 : read_volume()
03:07:40.327 : I:20:07:40: get vol OK 50 ms
cmd AG0;
ans ?;

03:07:40.327 : volume AG0; ?;
03:07:40.342 : read_auto_notch()
03:07:40.483 : I:20:07:40: get auto notch OK 50 ms
cmd NT;
ans NT0;

03:07:40.499 : read_notch()
03:07:40.639 : I:20:07:40: get notch state OK 50 ms
cmd NT;
ans NT0;

03:07:40.655 : read_if_shift()
03:07:40.671 : read_power_control()
03:07:40.811 : I:20:07:40: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:40.827 : read_preamp_att()  1
03:07:40.967 : I:20:07:40: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:40.967 : read_preamp_att()  2
03:07:41.124 : I:20:07:41: get att OK 50 ms
cmd RA;
ans RA0;

03:07:41.139 : read_mic_gain()
03:07:41.280 : I:20:07:41: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:41.280 : MICgain MG; MG064;
03:07:41.296 : read_squelch()
03:07:41.436 : I:20:07:41: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:41.436 : Squelch SQ0; ?;
03:07:41.452 : read_rfgain
03:07:41.593 : I:20:07:41: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:41.749 : I:20:07:41: get split OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:41.749 : split IF; IF00014246650      033000011020000000;
03:07:41.749 : read_split() OFF
03:07:41.780 : read_nr()
03:07:41.921 : I:20:07:41: GET noise reduction OK 50 ms
cmd NR;
ans NR0;

03:07:41.936 : read_noise()
03:07:42.077 : I:20:07:42: get Noise Blanker OK 50 ms
cmd NB;
ans ?;

03:07:42.436 : read_vfo()
03:07:42.436 : vfoA active get vfo A
03:07:42.593 : I:20:07:42: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:42.593 : vfoA FA; FA00014246650;
03:07:42.593 : vfoA active get vfo B
03:07:42.749 : I:20:07:42: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:42.749 : vfoB FB; FB00014230030;
03:07:42.764 : read_mode vfoA active
03:07:42.905 : I:20:07:42: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:43.046 : I:20:07:43: get data A OK 50 ms
cmd DA;
ans ?;

03:07:43.186 : I:20:07:43: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:43.327 : I:20:07:43: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:43.343 : read_bandwidth()
03:07:43.343 : vfoA active get_bwA()
03:07:43.499 : I:20:07:43: get lower OK 50 ms
cmd SL;
ans ?;

03:07:43.515 : read_smeter()
03:07:43.655 : I:20:07:43: get OK 50 ms
cmd SM0;
ans ?;

03:07:43.812 : I:20:07:43: tuning? OK 50 ms
cmd AC;
ans AC010;

03:07:43.827 : read_volume()
03:07:43.968 : I:20:07:43: get vol OK 50 ms
cmd AG0;
ans ?;

03:07:43.968 : volume AG0; ?;
03:07:43.983 : read_auto_notch()
03:07:44.124 : I:20:07:44: get auto notch OK 50 ms
cmd NT;
ans NT0;

03:07:44.140 : read_notch()
03:07:44.280 : I:20:07:44: get notch state OK 50 ms
cmd NT;
ans NT0;

03:07:44.296 : read_if_shift()
03:07:44.312 : read_power_control()
03:07:44.452 : I:20:07:44: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:44.468 : read_preamp_att()  1
03:07:44.609 : I:20:07:44: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:44.609 : read_preamp_att()  2
03:07:44.765 : I:20:07:44: get att OK 50 ms
cmd RA;
ans RA0;

03:07:44.780 : read_mic_gain()
03:07:44.921 : I:20:07:44: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:44.921 : MICgain MG; MG064;
03:07:44.937 : read_squelch()
03:07:45.077 : I:20:07:45: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:45.077 : Squelch SQ0; ?;
03:07:45.093 : read_rfgain
03:07:45.233 : I:20:07:45: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:45.390 : I:20:07:45: get split OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:45.390 : split IF; IF00014246650      033000011020000000;
03:07:45.390 : read_split() OFF
03:07:45.421 : read_nr()
03:07:45.562 : I:20:07:45: GET noise reduction OK 50 ms
cmd NR;
ans NR0;

03:07:45.577 : read_noise()
03:07:45.718 : I:20:07:45: get Noise Blanker OK 50 ms
cmd NB;
ans ?;

03:07:46.077 : read_vfo()
03:07:46.077 : vfoA active get vfo A
03:07:46.218 : I:20:07:46: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:46.218 : vfoA FA; FA00014246650;
03:07:46.218 : vfoA active get vfo B
03:07:46.375 : I:20:07:46: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:46.375 : vfoB FB; FB00014230030;
03:07:46.390 : read_mode vfoA active
03:07:46.531 : I:20:07:46: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:46.671 : I:20:07:46: get data A OK 50 ms
cmd DA;
ans ?;

03:07:46.812 : I:20:07:46: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:46.953 : I:20:07:46: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:46.968 : read_bandwidth()
03:07:46.968 : vfoA active get_bwA()
03:07:47.124 : I:20:07:47: get lower OK 50 ms
cmd SL;
ans ?;

03:07:47.140 : read_smeter()
03:07:47.281 : I:20:07:47: get OK 50 ms
cmd SM0;
ans ?;

03:07:47.437 : I:20:07:47: tuning? OK 50 ms
cmd AC;
ans AC010;

03:07:47.453 : read_volume()
03:07:47.593 : I:20:07:47: get vol OK 50 ms
cmd AG0;
ans ?;

03:07:47.593 : volume AG0; ?;
03:07:47.609 : read_auto_notch()
03:07:47.750 : I:20:07:47: get auto notch OK 50 ms
cmd NT;
ans NT0;

03:07:47.765 : read_notch()
03:07:47.906 : I:20:07:47: get notch state OK 50 ms
cmd NT;
ans NT0;

03:07:47.921 : read_if_shift()
03:07:47.937 : read_power_control()
03:07:48.078 : I:20:07:48: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:48.093 : read_preamp_att()  1
03:07:48.234 : I:20:07:48: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:48.234 : read_preamp_att()  2
03:07:48.375 : I:20:07:48: get att OK 50 ms
cmd RA;
ans RA0;

03:07:48.390 : read_mic_gain()
03:07:48.531 : I:20:07:48: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:48.531 : MICgain MG; MG064;
03:07:48.547 : read_squelch()
03:07:48.687 : I:20:07:48: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:48.687 : Squelch SQ0; ?;
03:07:48.703 : read_rfgain
03:07:48.844 : I:20:07:48: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:49.000 : I:20:07:49: get split OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:49.000 : split IF; IF00014246650      033000011020000000;
03:07:49.000 : read_split() OFF
03:07:49.031 : read_nr()
03:07:49.172 : I:20:07:49: GET noise reduction OK 50 ms
cmd NR;
ans NR0;

03:07:49.187 : read_noise()
03:07:49.328 : I:20:07:49: get Noise Blanker OK 50 ms
cmd NB;
ans ?;

03:07:49.687 : read_vfo()
03:07:49.687 : vfoA active get vfo A
03:07:49.843 : I:20:07:49: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:49.843 : vfoA FA; FA00014246650;
03:07:49.843 : vfoA active get vfo B
03:07:50.000 : I:20:07:50: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:50.000 : vfoB FB; FB00014230030;
03:07:50.015 : read_mode vfoA active
03:07:50.156 : I:20:07:50: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:50.297 : I:20:07:50: get data A OK 50 ms
cmd DA;
ans ?;

03:07:50.437 : I:20:07:50: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:50.578 : I:20:07:50: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:50.594 : read_bandwidth()
03:07:50.594 : vfoA active get_bwA()
03:07:50.734 : I:20:07:50: get lower OK 50 ms
cmd SL;
ans ?;

03:07:50.750 : read_smeter()
03:07:50.891 : I:20:07:50: get OK 50 ms
cmd SM0;
ans ?;

03:07:51.047 : I:20:07:51: tuning? OK 50 ms
cmd AC;
ans AC010;

03:07:51.062 : read_volume()
03:07:51.203 : I:20:07:51: get vol OK 50 ms
cmd AG0;
ans ?;

03:07:51.203 : volume AG0; ?;
03:07:51.219 : read_auto_notch()
03:07:51.360 : I:20:07:51: get auto notch OK 50 ms
cmd NT;
ans NT0;

03:07:51.375 : read_notch()
03:07:51.516 : I:20:07:51: get notch state OK 50 ms
cmd NT;
ans NT0;

03:07:51.531 : read_if_shift()
03:07:51.547 : read_power_control()
03:07:51.688 : I:20:07:51: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:51.703 : read_preamp_att()  1
03:07:51.844 : I:20:07:51: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:51.844 : read_preamp_att()  2
03:07:52.000 : I:20:07:52: get att OK 50 ms
cmd RA;
ans RA0;

03:07:52.016 : read_mic_gain()
03:07:52.156 : I:20:07:52: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:52.156 : MICgain MG; MG064;
03:07:52.172 : read_squelch()
03:07:52.313 : I:20:07:52: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:52.313 : Squelch SQ0; ?;
03:07:52.328 : read_rfgain
03:07:52.469 : I:20:07:52: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:52.625 : I:20:07:52: get split OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:52.625 : split IF; IF00014246650      033000011020000000;
03:07:52.625 : read_split() OFF
03:07:52.657 : read_nr()
03:07:52.797 : I:20:07:52: GET noise reduction OK 50 ms
cmd NR;
ans NR0;

03:07:52.813 : read_noise()
03:07:52.953 : I:20:07:52: get Noise Blanker OK 50 ms
cmd NB;
ans ?;

03:07:53.313 : read_vfo()
03:07:53.313 : vfoA active get vfo A
03:07:53.454 : I:20:07:53: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:53.454 : vfoA FA; FA00014246650;
03:07:53.454 : vfoA active get vfo B
03:07:53.610 : I:20:07:53: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:53.610 : vfoB FB; FB00014230030;
03:07:53.625 : read_mode vfoA active
03:07:53.766 : I:20:07:53: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:53.907 : I:20:07:53: get data A OK 50 ms
cmd DA;
ans ?;

03:07:54.047 : I:20:07:54: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:54.188 : I:20:07:54: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:54.204 : read_bandwidth()
03:07:54.204 : vfoA active get_bwA()
03:07:54.360 : I:20:07:54: get lower OK 50 ms
cmd SL;
ans ?;

03:07:54.376 : read_smeter()
03:07:54.516 : I:20:07:54: get OK 50 ms
cmd SM0;
ans ?;

03:07:54.672 : I:20:07:54: tuning? OK 50 ms
cmd AC;
ans AC010;

03:07:54.688 : read_volume()
03:07:54.829 : I:20:07:54: get vol OK 50 ms
cmd AG0;
ans ?;

03:07:54.829 : volume AG0; ?;
03:07:54.844 : read_auto_notch()
03:07:54.985 : I:20:07:54: get auto notch OK 50 ms
cmd NT;
ans NT0;

03:07:55.001 : read_notch()
03:07:55.141 : I:20:07:55: get notch state OK 50 ms
cmd NT;
ans NT0;

03:07:55.157 : read_if_shift()
03:07:55.172 : read_power_control()
03:07:55.313 : I:20:07:55: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:55.329 : read_preamp_att()  1
03:07:55.469 : I:20:07:55: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:55.469 : read_preamp_att()  2
03:07:55.626 : I:20:07:55: get att OK 50 ms
cmd RA;
ans RA0;

03:07:55.641 : read_mic_gain()
03:07:55.782 : I:20:07:55: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:55.782 : MICgain MG; MG064;
03:07:55.798 : read_squelch()
03:07:55.938 : I:20:07:55: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:55.938 : Squelch SQ0; ?;
03:07:55.954 : read_rfgain
03:07:56.094 : I:20:07:56: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:56.251 : I:20:07:56: get split OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:56.251 : split IF; IF00014246650      033000011020000000;
03:07:56.251 : read_split() OFF
03:07:56.282 : read_nr()
03:07:56.423 : I:20:07:56: GET noise reduction OK 50 ms
cmd NR;
ans NR0;

03:07:56.438 : read_noise()
03:07:56.579 : I:20:07:56: get Noise Blanker OK 50 ms
cmd NB;
ans ?;

03:07:56.938 : read_vfo()
03:07:56.938 : vfoA active get vfo A
03:07:57.095 : I:20:07:57: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:57.095 : vfoA FA; FA00014246650;
03:07:57.095 : vfoA active get vfo B
03:07:57.251 : I:20:07:57: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:57.251 : vfoB FB; FB00014230030;
03:07:57.266 : read_mode vfoA active
03:07:57.407 : I:20:07:57: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:57.548 : I:20:07:57: get data A OK 50 ms
cmd DA;
ans ?;

03:07:57.689 : I:20:07:57: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:57.829 : I:20:07:57: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:57.845 : read_bandwidth()
03:07:57.845 : vfoA active get_bwA()
03:07:58.001 : I:20:07:58: get lower OK 50 ms
cmd SL;
ans ?;

03:07:58.017 : read_smeter()
03:07:58.157 : I:20:07:58: get OK 50 ms
cmd SM0;
ans ?;

03:07:58.314 : I:20:07:58: tuning? OK 50 ms
cmd AC;
ans AC010;

03:07:58.329 : read_volume()
03:07:58.470 : I:20:07:58: get vol OK 50 ms
cmd AG0;
ans ?;

03:07:58.470 : volume AG0; ?;
03:07:58.486 : read_auto_notch()
03:07:58.626 : I:20:07:58: get auto notch OK 50 ms
cmd NT;
ans NT0;

03:07:58.642 : read_notch()
03:07:58.782 : I:20:07:58: get notch state OK 50 ms
cmd NT;
ans NT0;

03:07:58.798 : read_if_shift()
03:07:58.814 : read_power_control()
03:07:58.954 : I:20:07:58: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:58.970 : read_preamp_att()  1
03:07:59.111 : I:20:07:59: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:59.111 : read_preamp_att()  2
03:07:59.267 : I:20:07:59: get att OK 50 ms
cmd RA;
ans RA0;

03:07:59.282 : read_mic_gain()
03:07:59.423 : I:20:07:59: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:59.423 : MICgain MG; MG064;
03:07:59.439 : read_squelch()
03:07:59.579 : I:20:07:59: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:59.579 : Squelch SQ0; ?;
03:07:59.595 : read_rfgain
03:07:59.736 : I:20:07:59: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:59.892 : split IF; IF00014246650      033000011020000000;
03:08:00.705 : vfoA FA; FA00014246650;
03:08:00.845 : vfoB FB; FB00014230030;
03:08:02.048 : volume AG0; ?;
03:08:02.986 : MICgain MG; MG064;
03:08:03.142 : Squelch SQ0; ?;
03:08:03.455 : split IF; IF00014246650      033000011020000000;
03:08:05.705 : vfoA FA;
03:08:06.565 : vfoB FB;
03:08:10.925 : get_tune AC;
07:19.699 : I:20:07:19: get pwr ctrl OK 50 ms
cmd PC;
ans PC095;

03:07:19.715 : read_preamp_att()  1
03:07:19.855 : I:20:07:19: get preamp OK 50 ms
cmd PA;
ans PA0;

03:07:19.855 : read_preamp_att()  2
03:07:20.011 : I:20:07:20: get att OK 50 ms
cmd RA;
ans RA0;

03:07:20.027 : read_mic_gain()
03:07:20.168 : I:20:07:20: get mic OK 50 ms
cmd MG;
ans MG064;

03:07:20.168 : MICgain MG; MG064;
03:07:20.183 : read_squelch()
03:07:20.324 : I:20:07:20: get squelch OK 50 ms
cmd SQ0;
ans ?;

03:07:20.324 : Squelch SQ0; ?;
03:07:20.340 : read_rfgain
03:07:20.480 : I:20:07:20: get rfgain OK 50 ms
cmd RG;
ans RG230;

03:07:20.637 : I:20:07:20: get split OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:20.637 : split IF; IF00014246650      033000011020000000;
03:07:20.637 : read_split() OFF
03:07:20.668 : read_nr()
03:07:20.809 : I:20:07:20: GET noise reduction OK 50 ms
cmd NR;
ans NR0;

03:07:20.824 : read_noise()
03:07:20.902 : setVolume()
03:07:20.949 : setRFGAIN()
03:07:20.965 : I:20:07:20: get Noise Blanker OK 50 ms
cmd NB;
ans ?;

03:07:20.965 : setSQUELCH()
03:07:20.996 : setNR()
03:07:21.012 : W:20:07:21:    set vol
cmd AG0000;
ans

03:07:21.012 : volume AG0000;
03:07:21.012 : setIFshift()
03:07:21.043 : W:20:07:21: SET rfgain
cmd RG230;
ans

03:07:21.043 : setNotch()
03:07:21.059 : W:20:07:21: set squelch
cmd SQ0000;
ans

03:07:21.059 : Squelch SQ0000;
03:07:21.090 : W:20:07:21: SET_noise_reduction_val
cmd RL00;
ans

03:07:21.105 : W:20:07:21: Set notch OFF
cmd NT00;
ans

03:07:21.230 : setMicGain(), evt=4, inhibit_mic=1
03:07:21.262 : W:20:07:21:    set mic
cmd MG064;
ans

03:07:21.262 : MICgain MG064;
03:07:21.277 : setPower(), evt=4, inhibit_power=1
03:07:21.324 : SLIDER::POWER inhibit_power=1
03:07:21.481 : read_vfo()
03:07:21.481 : vfoA active get vfo A
03:07:21.637 : I:20:07:21: get vfo A OK 50 ms
cmd FA;
ans FA00014246650;

03:07:21.637 : vfoA FA; FA00014246650;
03:07:21.637 : vfoA active get vfo B
03:07:21.793 : I:20:07:21: get vfo B OK 50 ms
cmd FB;
ans FB00014230030;

03:07:21.793 : vfoB FB; FB00014230030;
03:07:21.809 : read_mode vfoA active
03:07:21.949 : I:20:07:21: get mode A OK 50 ms
cmd MD;
ans MD2;

03:07:22.043 : lock mutex_service_requests : setPTT
03:07:22.043 : unlock mutex_service_requests : setPTT

03:07:22.090 : I:20:07:22: get data A OK 50 ms
cmd DA;
ans ?;

03:07:22.231 : I:20:07:22: get mode B OK 50 ms
cmd MD;
ans MD2;

03:07:22.371 : I:20:07:22: get dat B OK 50 ms
cmd DA;
ans ?;

03:07:22.403 : lock mutex_service_requests : serviceQUE
03:07:22.403 : ptt ON
03:07:22.559 : I:20:07:22: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:22.715 : I:20:07:22: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:22.871 : I:20:07:22: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.028 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.184 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.340 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.496 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.653 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.809 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:23.965 : I:20:07:23: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:24.121 : I:20:07:24: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:24.278 : I:20:07:24: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:24.434 : I:20:07:24: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:24.590 : I:20:07:24: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:24.746 : I:20:07:24: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:24.903 : I:20:07:24: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:25.059 : I:20:07:25: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:25.215 : I:20:07:25: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:25.387 : I:20:07:25: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:25.559 : I:20:07:25: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:25.715 : I:20:07:25: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:25.872 : I:20:07:25: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.028 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.184 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.341 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.497 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.653 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.809 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:26.965 : I:20:07:26: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:27.122 : I:20:07:27: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:27.278 : I:20:07:27: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:27.434 : I:20:07:27: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:27.591 : I:20:07:27: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:27.747 : I:20:07:27: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:27.903 : I:20:07:27: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:28.075 : I:20:07:28: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:28.231 : I:20:07:28: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:28.388 : I:20:07:28: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:28.544 : I:20:07:28: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:28.700 : I:20:07:28: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:28.856 : I:20:07:28: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:29.013 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:29.169 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:29.325 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:29.482 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:29.638 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246603:08:44.805 : get_tune AC;
50      033000011020000000;

03:07:29.794 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:29.950 : I:20:07:29: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:30.122 : I:20:07:30: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:30.278 : I:20:07:30: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:30.435 : I:20:07:30: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:30.591 : I:20:07:30: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:30.747 : I:20:07:30: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:30.904 : I:20:07:30: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.060 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.216 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.372 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.529 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.685 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.841 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:31.997 : I:20:07:31: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:32.154 : I:20:07:32: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:32.310 : I:20:07:32: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:32.466 : I:20:07:32: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:32.623 : I:20:07:32: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:32.779 : I:20:07:32: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:32.935 : I:20:07:32: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:33.091 : I:20:07:33: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:33.248 : I:20:07:33: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:33.404 : I:20:07:33: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:33.560 : I:20:07:33: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:33.717 : I:20:07:33: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:33.873 : I:20:07:33: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.029 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.185 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.342 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.498 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.654 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.810 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:34.967 : I:20:07:34: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:35.123 : I:20:07:35: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:35.279 : I:20:07:35: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:35.436 : I:20:07:35: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:35.592 : I:20:07:35: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:35.748 : I:20:07:35: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:35.904 : I:20:07:35: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:36.060 : I:20:07:36: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:36.217 : I:20:07:36: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:36.373 : I:20:07:36: get VFO OK 50 ms
cmd IF;03:08:36.616 : split IF;
03:08:39.585 : vfoA FA;
03:08:40.445 : vfoB FB;

ans IF00014246650      033000011020000000;

03:07:36.529 : I:20:07:36: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:36.686 :03:08:33.991 : MICgain MG;
03:08:34.866 : Squelch SQ0;
 I:20:07:36: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:36.842 : I:20:07:36: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:36.998 : I:20:07:36: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:37.154 : I:20:07:37: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:37.311 : I:20:07:37: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:37.467 : I:20:07:37: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:37.623 : I:20:07:37: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:37.779 : I:20:07:37: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:37.936 : I:20:07:37: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:38.092 : I:20:07:38: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:38.248 : I:20:07:38: get VFO OK 50 ms
cmd IF;
ans IF00014246650      033000011020000000;

03:07:38.248 : ptt returned 0 in 1010 msec
03:07:38.248 : unlock mutex_service_requests : serviceQUE

03:07:38.248 : lock mutex_service_requests : setPTT
03:07:38.264 : unlock mutex_service_requests : setPTT
03:08:17.926 : Squelch SQ0;
03:08:19.676 : split IF;
03:08:22.645 : vfoA FA;
03:08:23.505 : vfoB FB;
03:08:27.865 : get_tune AC;

03:08:17.051 : MICgain MG;

Re: Matched NBEMS alpha posting for fldigi / flamp / flmsg

John Rabold KS6M
 

Further,
CPU 2.40GHz
Windows version 1809
OS build 17763.1098

John / KS6M

Re: Matched NBEMS alpha posting for fldigi / flamp / flmsg

John Rabold KS6M
 

Dave, maybe more or less than you need. Let me know.
John / KS6M

OS: Windows 10 Home, version 10.0.17763
CPU name: AMD A-10-9600P RADEON R5, 10 compute cores 4C+6G
CPU ID: AMD64 Family 21 Model 101 Stepping 1
RAM: 5.59GB usable

Re: Matched NBEMS alpha posting for fldigi / flamp / flmsg

Dave
 

What OS and cpu specs John?  I've tested the trio on Linux, macOS, Win7 and Win10.

Dave

On 4/8/20 11:45 AM, John Rabold KS6M wrote:
I've tried this matched test of fldigi alpha 08, flmsg alpha 02, and flamp alpha 02. On my first run, with fldigi, flmsg, and flamp all running, I did get the familiar unexpected closure of flamp when I opened Audio|Playback. Since then, though, flamp has remained running at that point.

On my system, shortly after I open Audio|Playback, flamp becomes unresponsive, as shown here:


Then flamp recovers and appears to operate normally. In the following image I am playing back a previously-recorded .wav file of an flamp transmission of an flmsg Plaintext file (the playback simulates the reception of that transmission).


(For these tests I "operated" with no transceiver interfaced to my computer and a local speaker and microphone cited as the audio devices, as if I were doing "acoustic coupling". I don't think the results would be different otherwise.)

John / KS6M

Re: Matched NBEMS alpha posting for fldigi / flamp / flmsg

John Rabold KS6M
 

I've tried this matched test of fldigi alpha 08, flmsg alpha 02, and flamp alpha 02. On my first run, with fldigi, flmsg, and flamp all running, I did get the familiar unexpected closure of flamp when I opened Audio|Playback. Since then, though, flamp has remained running at that point.

On my system, shortly after I open Audio|Playback, flamp becomes unresponsive, as shown here:


Then flamp recovers and appears to operate normally. In the following image I am playing back a previously-recorded .wav file of an flamp transmission of an flmsg Plaintext file (the playback simulates the reception of that transmission).


(For these tests I "operated" with no transceiver interfaced to my computer and a local speaker and microphone cited as the audio devices, as if I were doing "acoustic coupling". I don't think the results would be different otherwise.)

John / KS6M

Matched NBEMS alpha posting for fldigi / flamp / flmsg

Dave
 

Automation for flamp to email and forward to other forrms on other app and or auto answer from flamp so we can get it to take messages from unattended station

k7dv.dave@gmail.com
 

 automation  of flamp Is there in the works or is there a way to setup a station using Flamp. I know its somewhat available for Arq and Flmsg. The only rub is it doesn't have all of the abilities that Flamp can do .. anyone have some answers or a thread where we can talk about the possibility. I do a lot of nets and the ability to send files out faster than winlink is quite slow... thanks for any information.  thanks de Dave K7dv 

thanks

k7dv.dave@gmail.com
 

Thank you for your time ur awesome

Re: flamp closes when using the file ... audio capture RX save dialog

John Rabold KS6M
 

Thanks, Dave. I think you've reproduced this already, but here's a new screen shot using what I hope are still the current alphas. The error persists.

John / KS6M

Re: flamp closes when using the file ... audio capture RX save dialog

Dave
 

OK.  I can force that to occur on the Win10 machine.

Dave

On 4/6/20 8:54 AM, John Rabold wrote:
Thanks, Dave. I had not installed the flamp alpha, but now I have. The problem persists. See the screen shot.

As before, though, it's a problem only if flmsg is also running.

John / KS6M

Re: flamp closes when using the file ... audio capture RX save dialog

Dave
 

Please make sure that you have installed and are using these versions (alpha postings have frequent updates):

http://www.w1hkj.com/alpha/fldigi/

http://www.w1hkj.com/alpha/flamp/

Shown executing on a Windows 10 - Home/64 bit OS running on a vintage Lenovo i5 notebook computer.

This flamp transmission file was created on the Win10 system and then played back on my Linux development machine:

epa-ares.wav

It is an html information document published by the Eastern Pennsylvania ARES group.  The mode is 8PSK-1200F.  There is an RsID signal at the beginning of the transmission, so enable RxID.  I tested by stopping wav file playback in the middle of the transmission and then restarting playback from the beginning to emulate signal loss and retransmission block capture.

I tested File/Audio/ capture, generate, and playback, leaving the Windows finder dialog open for extensive periods with no shutdown in flamp.

There are a few undocumented macro tags that are used by developers during tests.  One set is for high speed wav file playback:

<HS:on>  - turn on high speed playback
<HS:off> - turn off high speed playback
<HS:toggle> - toggle high speed playback
<HS:t> - toggle high speed playback

During HS playback the file will be read and decoded at the maximum possible rate.  That is usually about 10x the normal playback speed.  HS playback speed is dependent on the processor and other system cpu loading.

73, David, W1HKJ


Re: flamp closes when using the file ... audio capture RX save dialog

Dave
 

BTW, this is not an flamp "crash", but a controlled shutdown of the program.

Dave

On 4/6/20 5:58 AM, Dave wrote:

Did you install both the fldigi and the flamp alpha ?

On 4/5/20 9:40 PM, John Rabold wrote:
Alpha 4.1.11.06 does not fix the flamp problem for me. Using Windows 10. The flamp crash behavior remains as before.

However, I do now see *.wav files when using File|Audio|whatever with the Audio Format filter on.

John / KS6M

Re: flamp closes when using the file ... audio capture RX save dialog

Dave
 

Did you install both the fldigi and the flamp alpha ?

On 4/5/20 9:40 PM, John Rabold wrote:
Alpha 4.1.11.06 does not fix the flamp problem for me. Using Windows 10. The flamp crash behavior remains as before.

However, I do now see *.wav files when using File|Audio|whatever with the Audio Format filter on.

John / KS6M

Re: flamp closes when using the file ... audio capture RX save dialog

John Rabold KS6M
 

Alpha 4.1.11.06 does not fix the flamp problem for me. Using Windows 10. The flamp crash behavior remains as before.

However, I do now see *.wav files when using File|Audio|whatever with the Audio Format filter on.

John / KS6M