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#wavelog — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #wavelog, aggregated by home.social.

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  1. QSO over two days 24 & 25 Sep 26

    - Total Contacts: 22 QSOs
    - DXCC Entities: 18 unique entities
    - Mode: 100% CW

    CT9/UR9IDX
    TM4GGR
    G3ROO
    F5IN
    OT4A
    DK9PY
    DK7DC
    DB26YLBB
    IK5RP
    DL4HRM
    S58W
    SM4OTI
    SA2CLC
    OM4KW
    OK2LA
    OH3IH
    HA5JI
    ES2RW
    LZ1NP
    4X4JU
    R9HEC
    UA9JLL/M

    #cw #cwops #skcc #a1cub #hamradio #wavelog #spothole #qrp #ic705 #30cw #getontheair

  2. QSO over two days 24 & 25 Sep 26

    - Total Contacts: 22 QSOs
    - DXCC Entities: 18 unique entities
    - Mode: 100% CW

    CT9/UR9IDX
    TM4GGR
    G3ROO
    F5IN
    OT4A
    DK9PY
    DK7DC
    DB26YLBB
    IK5RP
    DL4HRM
    S58W
    SM4OTI
    SA2CLC
    OM4KW
    OK2LA
    OH3IH
    HA5JI
    ES2RW
    LZ1NP
    4X4JU
    R9HEC
    UA9JLL/M

    #cw #cwops #skcc #a1cub #hamradio #wavelog #spothole #qrp #ic705 #30cw #getontheair

  3. QRP CW QSO Summary
    🗓️ Date (UTC): 2026-09-17

    📊 Core Metrics:
    • Total Stations Worked: 13
    • Unique Callsigns: 12
    • ODX (Longest Distance): G3RWF (England) : 6,623.7 km (15m CW)

    📡 Band Breakdown:
    • 15m: 5 QSOs
    • 17m: 3 QSOs
    • 20m: 2 QSOs
    • 12m: 1 QSO
    • 40m: 1 QSO
    • 30m: 1 QSO

    📋 Worked Callsigns:
    RA9V, R2WB, E75A, R1AL, E27CLF, SP7HKK, VU2CPL, RK3ER, OS5Z, DL7SX, G3RWF, DK7DC
    #ic705 #cw #qrp #qso #wavelog #CW4EVR

  4. QRP CW QSO Summary
    🗓️ Date (UTC): 2026-09-17

    📊 Core Metrics:
    • Total Stations Worked: 13
    • Unique Callsigns: 12
    • ODX (Longest Distance): G3RWF (England) : 6,623.7 km (15m CW)

    📡 Band Breakdown:
    • 15m: 5 QSOs
    • 17m: 3 QSOs
    • 20m: 2 QSOs
    • 12m: 1 QSO
    • 40m: 1 QSO
    • 30m: 1 QSO

    📋 Worked Callsigns:
    RA9V, R2WB, E75A, R1AL, E27CLF, SP7HKK, VU2CPL, RK3ER, OS5Z, DL7SX, G3RWF, DK7DC
    #ic705 #cw #qrp #qso #wavelog #CW4EVR

  5. QRP CW QSO Summary
    🗓️ Date (UTC): 2026-09-17

    📊 Core Metrics:
    • Total Stations Worked: 13
    • Unique Callsigns: 12
    • ODX (Longest Distance): G3RWF (England) : 6,623.7 km (15m CW)

    📡 Band Breakdown:
    • 15m: 5 QSOs
    • 17m: 3 QSOs
    • 20m: 2 QSOs
    • 12m: 1 QSO
    • 40m: 1 QSO
    • 30m: 1 QSO

    📋 Worked Callsigns:
    RA9V, R2WB, E75A, R1AL, E27CLF, SP7HKK, VU2CPL, RK3ER, OS5Z, DL7SX, G3RWF, DK7DC
    #ic705 #cw #qrp #qso #wavelog #CW4EVR

  6. QRP CW QSO Summary
    🗓️ Date (UTC): 2026-09-17

    📊 Core Metrics:
    • Total Stations Worked: 13
    • Unique Callsigns: 12
    • ODX (Longest Distance): G3RWF (England) : 6,623.7 km (15m CW)

    📡 Band Breakdown:
    • 15m: 5 QSOs
    • 17m: 3 QSOs
    • 20m: 2 QSOs
    • 12m: 1 QSO
    • 40m: 1 QSO
    • 30m: 1 QSO

    📋 Worked Callsigns:
    RA9V, R2WB, E75A, R1AL, E27CLF, SP7HKK, VU2CPL, RK3ER, OS5Z, DL7SX, G3RWF, DK7DC
    #ic705 #cw #qrp #qso #wavelog #CW4EVR

  7. Just worked JE6WOQ in Japan on 80m using FT8 #hamr #wavelog

  8. Just worked JE6WOQ in Japan on 80m using FT8 #hamr #wavelog

  9. I did not intend to spend several hours today making 3 releases full of new features to WaveLogGoat, but I did. One of them is a workaround for a regression in wavelog, but the rest are pure features!

    • It now scales reported power by a max power setting. Defaults to 100 (100W) since percent equals watts on most shack rigs. If you have a 100W rig feeding a 500W dial-a-watt amp, set max power to 500W and even if the rig is reporting watts instead of percent, what is logged will be the watts coming out of the amp. If you have a 5W or 10W rig that shows 100W at full power when logged in wavelog via WaveLogGoat, set the max power to 5W or 10W, and it should become correct.
    • mDNS support for talking to hamlib, rigctl, and wavelog using .local addresses (a.k.a. Avahi). Previously this didn't work unless you did a local CGO_ENABLED=1 build in order to use the C library's resolver. I added explicit native Go support, so the binaries are still self-contained.
    • Log the version of wavelog (requires adding an api V1 key, separate from the api V2 key, because the version is not available under api v2.)
    • Send power as int instead of float only if talking to wavelog 3.2.0 which improperly rejects floats and is planned to be fixed in 3.2.1. On other versions, keep sending float in particular to support logging QRPp operation. (This depends on the api V1 key being configured; it defaults to float otherwise.)
    • Added an example systemd user unit file to the documentation
    • Fixed a build command that should never have worked (not sure how releases made it out before, but not motivated to look further).

    Also, it became clear partway through this work that what had been a single tiny Go file that I had expected to barely ever touch was getting hard to navigate, so I refactored out into multiple files. I also updated the README in various ways.

    #HamRadio #Wavelog

  10. I did not intend to spend several hours today making 3 releases full of new features to WaveLogGoat, but I did. One of them is a workaround for a regression in wavelog, but the rest are pure features!

    • It now scales reported power by a max power setting. Defaults to 100 (100W) since percent equals watts on most shack rigs. If you have a 100W rig feeding a 500W dial-a-watt amp, set max power to 500W and even if the rig is reporting watts instead of percent, what is logged will be the watts coming out of the amp. If you have a 5W or 10W rig that shows 100W at full power when logged in wavelog via WaveLogGoat, set the max power to 5W or 10W, and it should become correct.
    • mDNS support for talking to hamlib, rigctl, and wavelog using .local addresses (a.k.a. Avahi). Previously this didn't work unless you did a local CGO_ENABLED=1 build in order to use the C library's resolver. I added explicit native Go support, so the binaries are still self-contained.
    • Log the version of wavelog (requires adding an api V1 key, separate from the api V2 key, because the version is not available under api v2.)
    • Send power as int instead of float only if talking to wavelog 3.2.0 which improperly rejects floats and is planned to be fixed in 3.2.1. On other versions, keep sending float in particular to support logging QRPp operation. (This depends on the api V1 key being configured; it defaults to float otherwise.)
    • Added an example systemd user unit file to the documentation
    • Fixed a build command that should never have worked (not sure how releases made it out before, but not motivated to look further).

    Also, it became clear partway through this work that what had been a single tiny Go file that I had expected to barely ever touch was getting hard to navigate, so I refactored out into multiple files. I also updated the README in various ways.

    #HamRadio #Wavelog

  11. I did not intend to spend several hours today making 3 releases full of new features to WaveLogGoat, but I did. One of them is a workaround for a regression in wavelog, but the rest are pure features!

    • It now scales reported power by a max power setting. Defaults to 100 (100W) since percent equals watts on most shack rigs. If you have a 100W rig feeding a 500W dial-a-watt amp, set max power to 500W and even if the rig is reporting watts instead of percent, what is logged will be the watts coming out of the amp. If you have a 5W or 10W rig that shows 100W at full power when logged in wavelog via WaveLogGoat, set the max power to 5W or 10W, and it should become correct.
    • mDNS support for talking to hamlib, rigctl, and wavelog using .local addresses (a.k.a. Avahi). Previously this didn't work unless you did a local CGO_ENABLED=1 build in order to use the C library's resolver. I added explicit native Go support, so the binaries are still self-contained.
    • Log the version of wavelog (requires adding an api V1 key, separate from the api V2 key, because the version is not available under api v2.)
    • Send power as int instead of float only if talking to wavelog 3.2.0 which improperly rejects floats and is planned to be fixed in 3.2.1. On other versions, keep sending float in particular to support logging QRPp operation. (This depends on the api V1 key being configured; it defaults to float otherwise.)
    • Added an example systemd user unit file to the documentation
    • Fixed a build command that should never have worked (not sure how releases made it out before, but not motivated to look further).

    Also, it became clear partway through this work that what had been a single tiny Go file that I had expected to barely ever touch was getting hard to navigate, so I refactored out into multiple files. I also updated the README in various ways.

    #HamRadio #Wavelog

  12. I did not intend to spend several hours today making 3 releases full of new features to WaveLogGoat, but I did. One of them is a workaround for a regression in wavelog, but the rest are pure features!

    • It now scales reported power by a max power setting. Defaults to 100 (100W) since percent equals watts on most shack rigs. If you have a 100W rig feeding a 500W dial-a-watt amp, set max power to 500W and even if the rig is reporting watts instead of percent, what is logged will be the watts coming out of the amp. If you have a 5W or 10W rig that shows 100W at full power when logged in wavelog via WaveLogGoat, set the max power to 5W or 10W, and it should become correct.
    • mDNS support for talking to hamlib, rigctl, and wavelog using .local addresses (a.k.a. Avahi). Previously this didn't work unless you did a local CGO_ENABLED=1 build in order to use the C library's resolver. I added explicit native Go support, so the binaries are still self-contained.
    • Log the version of wavelog (requires adding an api V1 key, separate from the api V2 key, because the version is not available under api v2.)
    • Send power as int instead of float only if talking to wavelog 3.2.0 which improperly rejects floats and is planned to be fixed in 3.2.1. On other versions, keep sending float in particular to support logging QRPp operation. (This depends on the api V1 key being configured; it defaults to float otherwise.)
    • Added an example systemd user unit file to the documentation
    • Fixed a build command that should never have worked (not sure how releases made it out before, but not motivated to look further).

    Also, it became clear partway through this work that what had been a single tiny Go file that I had expected to barely ever touch was getting hard to navigate, so I refactored out into multiple files. I also updated the README in various ways.

    #HamRadio #Wavelog

  13. I did not intend to spend several hours today making 3 releases full of new features to WaveLogGoat, but I did. One of them is a workaround for a regression in wavelog, but the rest are pure features!

    • It now scales reported power by a max power setting. Defaults to 100 (100W) since percent equals watts on most shack rigs. If you have a 100W rig feeding a 500W dial-a-watt amp, set max power to 500W and even if the rig is reporting watts instead of percent, what is logged will be the watts coming out of the amp. If you have a 5W or 10W rig that shows 100W at full power when logged in wavelog via WaveLogGoat, set the max power to 5W or 10W, and it should become correct.
    • mDNS support for talking to hamlib, rigctl, and wavelog using .local addresses (a.k.a. Avahi). Previously this didn't work unless you did a local CGO_ENABLED=1 build in order to use the C library's resolver. I added explicit native Go support, so the binaries are still self-contained.
    • Log the version of wavelog (requires adding an api V1 key, separate from the api V2 key, because the version is not available under api v2.)
    • Send power as int instead of float only if talking to wavelog 3.2.0 which improperly rejects floats and is planned to be fixed in 3.2.1. On other versions, keep sending float in particular to support logging QRPp operation. (This depends on the api V1 key being configured; it defaults to float otherwise.)
    • Added an example systemd user unit file to the documentation
    • Fixed a build command that should never have worked (not sure how releases made it out before, but not motivated to look further).

    Also, it became clear partway through this work that what had been a single tiny Go file that I had expected to barely ever touch was getting hard to navigate, so I refactored out into multiple files. I also updated the README in various ways.

    #HamRadio #Wavelog

  14. I have released WaveLogGoat v0.3.0 with all the rest of @DJ7NT's fixes and improvements that he'd reasonably given up on PRing back to me when I didn't notice that github wasn't telling me about PRs in my own project. 😭

    The headline feature is TLS support for the websocket connection.

    Power reporting for hamlib should also work normally now.

    If you want a GUI, use WaveLogGate — it changed from an Electron app to a Go/Wails app so it is no longer a resource hog.

    But if you like command-line, textual configuration, and something designed to run nicely as a systemd user unit? WaveLogGoat might be just your thing.

    #HamRadio #Wavelog

  15. I have released WaveLogGoat v0.3.0 with all the rest of @DJ7NT's fixes and improvements that he'd reasonably given up on PRing back to me when I didn't notice that github wasn't telling me about PRs in my own project. 😭

    The headline feature is TLS support for the websocket connection.

    Power reporting for hamlib should also work normally now.

    If you want a GUI, use WaveLogGate — it changed from an Electron app to a Go/Wails app so it is no longer a resource hog.

    But if you like command-line, textual configuration, and something designed to run nicely as a systemd user unit? WaveLogGoat might be just your thing.

    #HamRadio #Wavelog

  16. I have released WaveLogGoat v0.3.0 with all the rest of @DJ7NT's fixes and improvements that he'd reasonably given up on PRing back to me when I didn't notice that github wasn't telling me about PRs in my own project. 😭

    The headline feature is TLS support for the websocket connection.

    Power reporting for hamlib should also work normally now.

    If you want a GUI, use WaveLogGate — it changed from an Electron app to a Go/Wails app so it is no longer a resource hog.

    But if you like command-line, textual configuration, and something designed to run nicely as a systemd user unit? WaveLogGoat might be just your thing.

    #HamRadio #Wavelog

  17. I have released WaveLogGoat v0.3.0 with all the rest of @DJ7NT's fixes and improvements that he'd reasonably given up on PRing back to me when I didn't notice that github wasn't telling me about PRs in my own project. 😭

    The headline feature is TLS support for the websocket connection.

    Power reporting for hamlib should also work normally now.

    If you want a GUI, use WaveLogGate — it changed from an Electron app to a Go/Wails app so it is no longer a resource hog.

    But if you like command-line, textual configuration, and something designed to run nicely as a systemd user unit? WaveLogGoat might be just your thing.

    #HamRadio #Wavelog

  18. I have released WaveLogGoat v0.3.0 with all the rest of @DJ7NT's fixes and improvements that he'd reasonably given up on PRing back to me when I didn't notice that github wasn't telling me about PRs in my own project. 😭

    The headline feature is TLS support for the websocket connection.

    Power reporting for hamlib should also work normally now.

    If you want a GUI, use WaveLogGate — it changed from an Electron app to a Go/Wails app so it is no longer a resource hog.

    But if you like command-line, textual configuration, and something designed to run nicely as a systemd user unit? WaveLogGoat might be just your thing.

    #HamRadio #Wavelog

  19. Yesterday I worked RI1FJL in Franz Josef Land on 15m, 20m and 30m using FT8 #hamr #wavelog #IOTA EU-019

  20. Yesterday I worked RI1FJL in Franz Josef Land on 15m, 20m and 30m using FT8 #hamr #wavelog #IOTA EU-019

  21. Yesterday I worked RI1FJL in Franz Josef Land on 15m, 20m and 30m using FT8 #hamr #wavelog #IOTA EU-019

  22. Just worked HC1DAZ in Ecuador 🇪🇨 (Gridsquare: FI09 / distance: 9974.7 km) on 15m using FT8 #hamr #wavelog

  23. Just worked HC1DAZ in Ecuador 🇪🇨 (Gridsquare: FI09 / distance: 9974.7 km) on 15m using FT8 #hamr #wavelog

  24. Just worked HC1DAZ in Ecuador 🇪🇨 (Gridsquare: FI09 / distance: 9974.7 km) on 15m using FT8 #hamr #wavelog

  25. Just worked HC1DAZ in Ecuador 🇪🇨 (Gridsquare: FI09 / distance: 9974.7 km) on 15m using FT8 #hamr #wavelog

  26. Just worked HS0ZOY in Thailand 🇹🇭 (Gridsquare: OK14 / distance: 8996.4 km) on 15m using FT8 #hamr #wavelog

  27. Just worked HS0ZOY in Thailand 🇹🇭 (Gridsquare: OK14 / distance: 8996.4 km) on 15m using FT8 #hamr #wavelog

  28. Just worked HS0ZOY in Thailand 🇹🇭 (Gridsquare: OK14 / distance: 8996.4 km) on 15m using FT8 #hamr #wavelog

  29. Just worked HS0ZOY in Thailand 🇹🇭 (Gridsquare: OK14 / distance: 8996.4 km) on 15m using FT8 #hamr #wavelog

  30. Just worked DL75WAU in Federal Republic Of Germany 🇩🇪 (Gridsquare: JO40IC / distance: 96.8 km) on 40m using LSB #hamr #wavelog

  31. Just worked DL75WAU in Federal Republic Of Germany 🇩🇪 (Gridsquare: JO40IC / distance: 96.8 km) on 40m using LSB #hamr #wavelog

  32. Just worked DL75WAU in Federal Republic Of Germany 🇩🇪 (Gridsquare: JO40IC / distance: 96.8 km) on 40m using LSB #hamr #wavelog

  33. Just worked DL75WAU in Federal Republic Of Germany 🇩🇪 (Gridsquare: JO40IC / distance: 96.8 km) on 40m using LSB #hamr #wavelog

  34. Hat hier jemand erfolgreich WSJT-X an Wavelog per API v2 key angebunden? Bei mir wills irgendwie nicht, "Test API" in WSJT-X schlägt fehl.

    #wavelog #wsjt

  35. Hat hier jemand erfolgreich WSJT-X an Wavelog per API v2 key angebunden? Bei mir wills irgendwie nicht, "Test API" in WSJT-X schlägt fehl.

    #wavelog #wsjt

  36. Hat hier jemand erfolgreich WSJT-X an Wavelog per API v2 key angebunden? Bei mir wills irgendwie nicht, "Test API" in WSJT-X schlägt fehl.

    #wavelog #wsjt

  37. Hat hier jemand erfolgreich WSJT-X an Wavelog per API v2 key angebunden? Bei mir wills irgendwie nicht, "Test API" in WSJT-X schlägt fehl.

    #wavelog #wsjt

  38. Hat hier jemand erfolgreich WSJT-X an Wavelog per API v2 key angebunden? Bei mir wills irgendwie nicht, "Test API" in WSJT-X schlägt fehl.

    #wavelog #wsjt

  39. Just worked 8C81ST in Indonesia on 15m using FT8 #hamr #wavelog

  40. Just worked 8C81ST in Indonesia on 15m using FT8 #hamr #wavelog