https://banzhaf.chickenkiller.com/mediawiki/api.php?action=feedcontributions&feedformat=atom&user=Joachim 2026-07-05T08:45:13Z User contributions MediaWiki 1.39.1 https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16024 2026-06-21T14:28:32Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://build.opensuse.org/project/monitor/home:joba1:openscad|OpenSCAD OBS<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://job6:8844|TV Tipps<br /> ** http://job6:8766|AVL Müll Kalender<br /> ** http://job4:8077|Dancing Star<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://remote-rxv1600|RX-V1600<br /> ** http://job6:8099|Klima Status<br /> ** http://joba-modbus-1|Modbus Dashboard<br /> ** http://power3|Grid Power Monitor<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> ** http://qnap:8080|Open WebUI<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16023 2026-06-15T18:20:17Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://build.opensuse.org/project/monitor/home:joba1:openscad|OpenSCAD OBS<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://job6:8844|TV Tipps<br /> ** http://job6:8766|AVL Müll Kalender<br /> ** http://job4:8077|Dancing Star<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://remote-rxv1600|RX-V1600<br /> ** http://joba-modbus-1|Modbus Dashboard<br /> ** http://power3|Grid Power Monitor<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> ** http://qnap:8080|Open WebUI<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16022 2026-05-01T20:02:38Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://build.opensuse.org/project/monitor/home:joba1:openscad|OpenSCAD OBS<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://remote-rxv1600|RX-V1600<br /> ** http://joba-modbus-1|Modbus Dashboard<br /> ** http://power3|Grid Power Monitor<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> ** http://qnap:8080|Open WebUI<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16021 2026-04-17T23:02:14Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://build.opensuse.org/project/monitor/home:joba1:openscad|OpenSCAD OBS<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://remote-rxv1600|RX-V1600<br /> ** http://joba-modbus-1|Modbus Dashboard<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> ** http://qnap:8080|Open WebUI<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16020 2026-03-17T21:35:54Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://remote-rxv1600|RX-V1600<br /> ** http://joba-modbus-1|Modbus Dashboard<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> ** http://qnap:8080|Open WebUI<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Youtube2Audio&diff=16019 2026-03-07T00:32:50Z

<p>Joachim: </p> <hr /> <div>= Youtube to Audio =<br /> <br /> see https://github.com/joba-1/ydl<br /> <br /> == DONT BOTHER ABOUT OLD STUFF BELOW == <br /> <br /> == yt-dlp ==<br /> <br /> Faster (as of 2022-04-22) alternative fork on https://github.com/yt-dlp/yt-dlp<br /> <br /> VID='PGCTQTZXGXs'<br /> conda create -n yt-dlp yt-dlp<br /> conda activate yt-dlp<br /> python3 -m pip install -U yt-dlp<br /> # or pip install --upgrade yt-dlp<br /> # or yt-dlp -U<br /> yt-dlp --extract-audio --keep-video &quot;https://www.youtube.com/watch?v=$VID&quot;<br /> <br /> == Download youtube-dl or update to latest ==<br /> <br /> sudo youtube-dl -U<br /> <br /> == Commands for DL a playlist ==<br /> <br /> mkdir -p artist/album<br /> cd artist/album<br /> youtube-dl --extract-audio --keep-video 'album-playlist-url'<br /> <br /> Option --embed-thumbnail seems useful, but did not work. Maybe retry later...<br /> <br /> == Commands for adding metadata ==<br /> <br /> will need adapting to actual yt title audio formats. This playlist only contained video with opus (ogg vorbis) audio tracks.<br /> <br /> mkdir meta<br /> find . -name '*.opus' -print | while read f; do<br /> t=${f%-???????????.opus}<br /> t=${t/Roger Waters - /}<br /> t=${t#*/}<br /> a=${t%/*}<br /> t=${t#*/}<br /> echo &quot;&lt;$a&gt;&lt;$t&gt;&quot;<br /> mkdir -p &quot;meta/$a&quot;<br /> ffmpeg -v 0 -i &quot;$f&quot; -acodec copy -metadata title=&quot;$t&quot; -metadata artist=&quot;Roger Waters&quot; -metadata album=&quot;$a&quot; &quot;meta/$a/$t.opus&quot; &lt;/dev/zero<br /> ffmpeg -v 0 -i &quot;$f&quot; -acodec mp3 -metadata title=&quot;$t&quot; -metadata artist=&quot;Roger Waters&quot; -metadata album=&quot;$a&quot; &quot;meta/$a/$t.mp3&quot; &lt;/dev/zero<br /> done<br /> <br /> The redirects are necessary because ffmpeg encoders seem to read from stdin and garble the &quot;while read f&quot; loop input<br /> <br /> == Check id3v2 tags ==<br /> <br /> id3v2 - Stevie\ Wonder\ and\ Jeff\ Beck\ -\ Superstition\ \(live\).mp3<br /> <br /> == Use id3v2 if above didn't work ==<br /> <br /> id3v2 \<br /> --artist &quot;Stevie Wonder and Jeff Beck&quot; \<br /> --album &quot;Rock and Roll Hall of Fame 25th Anniversary&quot; \<br /> --song &quot;Superstition&quot; \<br /> --comment &quot;https://www.youtube.com/watch?v=_zz1RzTDzoE&quot; \<br /> Stevie\ Wonder\ and\ Jeff\ Beck\ -\ Superstition\ \(live\).mp3<br /> <br /> == Add pictures as mp3 tag ==<br /> <br /> for f in *.mp3; do <br /> b=${f/.mp3/}; <br /> echo $b; <br /> id3v2 --APIC `cat &quot;../$b.jpg&quot;` &quot;$f&quot;; <br /> done<br /> <br /> == Download Youtube Songs of an interpret as MP3 with ID3 Tags from a list ==<br /> <br /> List (songs.txt) in otherwise empty current directory looks like this:<br /> Album - Title: youtube link<br /> <br /> Command to download all songs in the list:<br /> conda activate yt-dlp<br /> python3 -m pip install -U yt-dlp<br /> i=&quot;your interpret name&quot;<br /> cat songs.txt | fgrep : | sed 's/[^:]*: //' | while read u; do <br /> echo $u; <br /> yt-dlp --extract-audio --keep-video &quot;$u&quot;; <br /> done<br /> for f in *.opus; do <br /> v=${f##*[}; v=${v%*]*}; <br /> l=`fgrep -- &quot;$v&quot; songs.txt`; <br /> a=${l% - *}; <br /> t=${l##* - }; t=${t%%:*}; <br /> echo &quot;$a - $t&quot;; <br /> mkdir -p &quot;$i/$a&quot;;<br /> ffmpeg -v 0 -i &quot;$f&quot; -acodec mp3 &quot;$i/$a/$i - $t.mp3&quot; &lt;/dev/null; <br /> id3v2 --album &quot;$a&quot; --artist &quot;$i&quot; --song &quot;$t&quot; --comment &quot;youtu.be/watch?v=$v&quot; &quot;$i/$a/$i - $t.mp3&quot;;<br /> done</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16018 2026-01-26T15:28:54Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> ** http://qnap:8080|Open WebUI<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16017 2025-12-01T20:39:05Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/em/0/overview|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16016 2025-11-28T20:22:37Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shellypro3em/#/|Shelly Pro 3EM<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16015 2025-11-19T16:54:48Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** https://banzhaf.chickenkiller.com/motorstorm|My NEW Motorstorm Leaderboards<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16014 2025-10-19T14:59:07Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://joban123.pcriot.com|My Motorstorm Leaderboards<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16013 2025-10-12T18:34:55Z

<p>Joachim: /* Todo */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render,video # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data --use-cuda<br /> <br /> = Docker Containers for Wyoming with ROCm =<br /> <br /> AMD supports only a few distros like SLES, freely available is only Ubuntu.<br /> So I stop using tumbleweed and try to use an AMD docker image for onnxruntime<br /> <br /> * prepare docker environment<br /> sudo zypper in docker<br /> sudo mv /var/lib/docker /data<br /> sudo ln -s /data/docker /var/lib/docker<br /> sudo sytemctl enable docker<br /> sudo systemctl start docker<br /> sudo usermod -aG docker $USER # restart session<br /> <br /> * prepare and run wyoming image with ROCm and persistence in /var/lib/docker/volumes/whisper-data/_data/<br /> docker pull rocm/onnxruntime:rocm7.0_ub24.04_ort1.22_torch2.8.0<br /> docker run -it -p 10300:10300 -v whisper-data:/data rocm/onnxruntime:rocm7.0_ub24.04_ort1.22_torch2.8.0<br /> <br /> * prepare container for wyoming<br /> rocminfo # check if GPU is visible inside the container<br /> cd /data<br /> mkdir cache data download<br /> apt-get update<br /> apt-get install apt-utils<br /> apt-get install git<br /> apt-get install vim<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=/data/cache script/run --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir /data/data --download-dir /data/download --device cuda<br /> <br /> RuntimeError: CUDA failed with error CUDA driver version is insufficient for CUDA runtime version<br /> <br /> = Todo =<br /> <br /> For now, I tried to use --device cuda with whisper and failed.<br /> It creates an own .venv, but installing torch there with above pip does not help<br /> <br /> with docker approach:<br /> whisper at start: RuntimeError: CUDA failed with error no CUDA-capable device is detected<br /> <br /> zypper info rocm: Version : 6.4.3-2.2<br /> <br /> Found out whisper uses onnxruntime. There are AMD provided docker images with that runtime but ist still didn't work.<br /> Now the error is CUDA version mismatch between driver and runtime. Tried several combinations. No luck.<br /> Switching to Nvidia... :(<br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16012 2025-10-08T17:02:07Z

<p>Joachim: /* Todo */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render,video # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data --use-cuda<br /> <br /> = Docker Containers for Wyoming with ROCm =<br /> <br /> AMD supports only a few distros like SLES, freely available is only Ubuntu.<br /> So I stop using tumbleweed and try to use an AMD docker image for onnxruntime<br /> <br /> * prepare docker environment<br /> sudo zypper in docker<br /> sudo mv /var/lib/docker /data<br /> sudo ln -s /data/docker /var/lib/docker<br /> sudo sytemctl enable docker<br /> sudo systemctl start docker<br /> sudo usermod -aG docker $USER # restart session<br /> <br /> * prepare and run wyoming image with ROCm and persistence in /var/lib/docker/volumes/whisper-data/_data/<br /> docker pull rocm/onnxruntime:rocm7.0_ub24.04_ort1.22_torch2.8.0<br /> docker run -it -p 10300:10300 -v whisper-data:/data rocm/onnxruntime:rocm7.0_ub24.04_ort1.22_torch2.8.0<br /> <br /> * prepare container for wyoming<br /> rocminfo # check if GPU is visible inside the container<br /> cd /data<br /> mkdir cache data download<br /> apt-get update<br /> apt-get install apt-utils<br /> apt-get install git<br /> apt-get install vim<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=/data/cache script/run --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir /data/data --download-dir /data/download --device cuda<br /> <br /> RuntimeError: CUDA failed with error CUDA driver version is insufficient for CUDA runtime version<br /> <br /> = Todo =<br /> <br /> For now, I tried to use --device cuda with whisper and failed.<br /> It creates an own .venv, but installing torch there with above pip does not help<br /> <br /> with docker approach:<br /> whisper at start: RuntimeError: CUDA failed with error no CUDA-capable device is detected<br /> <br /> zypper info rocm: Version : 6.4.3-2.2<br /> <br /> probably need to adapt image to downgrade from rocm7 to rocm6.4.3<br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16011 2025-10-08T16:58:36Z

<p>Joachim: /* Wyoming Piper */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render,video # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data --use-cuda<br /> <br /> = Docker Containers for Wyoming with ROCm =<br /> <br /> AMD supports only a few distros like SLES, freely available is only Ubuntu.<br /> So I stop using tumbleweed and try to use an AMD docker image for onnxruntime<br /> <br /> * prepare docker environment<br /> sudo zypper in docker<br /> sudo mv /var/lib/docker /data<br /> sudo ln -s /data/docker /var/lib/docker<br /> sudo sytemctl enable docker<br /> sudo systemctl start docker<br /> sudo usermod -aG docker $USER # restart session<br /> <br /> * prepare and run wyoming image with ROCm and persistence in /var/lib/docker/volumes/whisper-data/_data/<br /> docker pull rocm/onnxruntime:rocm7.0_ub24.04_ort1.22_torch2.8.0<br /> docker run -it -p 10300:10300 -v whisper-data:/data rocm/onnxruntime:rocm7.0_ub24.04_ort1.22_torch2.8.0<br /> <br /> * prepare container for wyoming<br /> rocminfo # check if GPU is visible inside the container<br /> cd /data<br /> mkdir cache data download<br /> apt-get update<br /> apt-get install apt-utils<br /> apt-get install git<br /> apt-get install vim<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=/data/cache script/run --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir /data/data --download-dir /data/download --device cuda<br /> <br /> RuntimeError: CUDA failed with error CUDA driver version is insufficient for CUDA runtime version<br /> <br /> = Todo =<br /> <br /> For now, I tried to use --device cuda with whisper and failed.<br /> It creates an own .venv, but installing torch there with above pip does not help<br /> <br /> whisper at start: RuntimeError: CUDA failed with error no CUDA-capable device is detected<br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16010 2025-10-08T02:23:17Z

<p>Joachim: /* Install rocm meta package */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render,video # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data --use-cuda<br /> <br /> = Todo =<br /> <br /> For now, I tried to use --device cuda with whisper and failed.<br /> It creates an own .venv, but installing torch there with above pip does not help<br /> <br /> whisper at start: RuntimeError: CUDA failed with error no CUDA-capable device is detected<br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16009 2025-10-08T02:00:56Z

<p>Joachim: /* Wyoming Piper */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data --use-cuda<br /> <br /> = Todo =<br /> <br /> For now, I tried to use --device cuda with whisper and failed.<br /> It creates an own .venv, but installing torch there with above pip does not help<br /> <br /> whisper at start: RuntimeError: CUDA failed with error no CUDA-capable device is detected<br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16008 2025-10-08T02:00:19Z

<p>Joachim: /* Todo */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data<br /> <br /> = Todo =<br /> <br /> For now, I tried to use --device cuda with whisper and failed.<br /> It creates an own .venv, but installing torch there with above pip does not help<br /> <br /> whisper at start: RuntimeError: CUDA failed with error no CUDA-capable device is detected<br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16007 2025-10-08T01:49:22Z

<p>Joachim: /* PyTorch */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'<br /> <br /> = Wyoming Faster Whisper =<br /> <br /> running a server for Home Assistant voice commands<br /> <br /> mkdir wyoming-faster-whisper-data<br /> git clone https://github.com/rhasspy/wyoming-faster-whisper.git<br /> cd wyoming-faster-whisper<br /> script/setup<br /> HF_HUB_CACHE=../wyoming-faster-whisper-data script/run --device cpu --model large-v3 --language de --uri 'tcp://0.0.0.0:10300' --data-dir ../wyoming-faster-whisper-data --download-dir ../wyoming-faster-whisper-data<br /> <br /> = Wyoming Piper =<br /> <br /> see https://github.com/rhasspy/wyoming-piper?tab=readme-ov-file#local-install<br /> <br /> mkdir wyoming-piper-data<br /> git clone https://github.com/rhasspy/wyoming-piper.git<br /> cd wyoming-piper<br /> script/setup<br /> curl -L -s &quot;https://github.com/rhasspy/piper/releases/download/v1.2.0/piper_amd64.tar.gz&quot; | tar -zxvf - -C ..<br /> HF_HUB_CACHE=../wyoming-piper-data PATH=&quot;../piper:$PATH&quot; script/run --voice de_DE-thorsten-high --uri 'tcp://0.0.0.0:10200' --data-dir ../wyoming-piper-data --download-dir ../wyoming-piper-data<br /> <br /> = Todo =<br /> For now, I tried to use --device cuda (whisper) and --use-cuda (piper) and failed.<br /> Both create their own .venv, but installing torch there with above pip does not help <br /> <br /> = Configure Home Assistant = <br /> <br /> Settings/Integrations/Wyoming Protocol: Add Service (host and port as used above, type is autodetected)<br /> Settings/Voice Assistants: Add Assistant: some name, STT-&gt;faster-whisper, TTS-&gt;piper</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16006 2025-10-07T23:37:06Z

<p>Joachim: /* AMD GPU ROCm */</p> <hr /> <div>how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> = Install rocm meta package = <br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render # restart session<br /> <br /> = Test Installation =<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> = PyTorch = <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=AMD_GPU_ROCm&diff=16005 2025-10-07T23:36:24Z

<p>Joachim: Created page with &quot;= AMD GPU ROCm = how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda == Install rocm meta package sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm sudo zypper ref sudo zypper in rocm sudo usermod -aG render # restart session == Test Installation == clinfo -l Should output something like this: Platform #0: AMD Accelerated Parallel Processing...&quot;</p> <hr /> <div>= AMD GPU ROCm =<br /> <br /> how to use amd grafic cards for speeding up calculations un tumbleweed similar tu nvidia with cuda<br /> <br /> == Install rocm meta package<br /> <br /> sudo zypper ar https://download.opensuse.org/repositories/science:/GPU:/ROCm:/Work/openSUSE_Tumbleweed/ science_GPU_ROCm<br /> sudo zypper ref<br /> sudo zypper in rocm<br /> sudo usermod -aG render # restart session<br /> <br /> == Test Installation ==<br /> <br /> clinfo -l<br /> <br /> Should output something like this:<br /> <br /> Platform #0: AMD Accelerated Parallel Processing<br /> +-- Device #0: gfx1201<br /> `-- Device #1: gfx1036<br /> <br /> rocminfo | grep gfx<br /> <br /> Should output something like<br /> <br /> Name: gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx1201 <br /> Name: amdgcn-amd-amdhsa--gfx12-generic <br /> Name: gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx1036 <br /> Name: amdgcn-amd-amdhsa--gfx10-3-generic<br /> <br /> == PyTorch == <br /> <br /> for python projects like wyoming using pytorch add rocm support to a virtual environment.<br /> See https://pytorch.org/get-started/locally/ for the current final pip command<br /> <br /> cd your/venv/basedirectory<br /> python3 -m venv wyoming<br /> . wyoming/bin/activate<br /> pip install --upgrade pip<br /> pip install torch torchvision torchaudio --index-url https://download.pytorch.org/whl/rocm6.4<br /> <br /> Test with (should print True)<br /> <br /> python -c 'import torch; print(torch.cuda.is_available())'</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=HowTo&diff=16004 2025-10-07T23:08:43Z

<p>Joachim: </p> <hr /> <div>* [[MediaWiki Upgrade]]<br /> * [[RT61 WLAN for Caros Medion Notebook with openSuse 10.3]]<br /> * [[Add new hg Repo]]<br /> * [[Revise hg Repo]]<br /> * [[Use GPG mail signing and encryption with openSuse 10.3]]<br /> * [[Install Mediatomb on dm7020 and dm800 (old)]]<br /> * [[Install PS3MediaServer on job4 and job6]]<br /> * [[Install Nvidia driver with openSUSE 11.3 while there is no repo]]<br /> * [[DB2 database with LDAP instanceowner and users]]<br /> * [[ZoneMinder install]]<br /> * [[Retrieve Motorstorm Apocalypse Profile Data]]<br /> * [[Fix wrong colours with flash/youtube and linux nvidia driver]]<br /> * [[Set Android Debugging Permissions]]<br /> * [[Cleanup Wiki from Mass Spam]]<br /> * [[Make Developer CraftBukkit]]<br /> * [[Install OpenNMS on openSUSE 12.2]]<br /> * [[DB2 autostart with systemd]]<br /> * [[Install vmware Player]]<br /> * [[Microsoft Windows Download Images]]<br /> * [[Shrink Sparse Disk Files of Windows VM Images]]<br /> * [[Grow Windows 8.1 VM NTFS volume]]<br /> * [[Play On Linux]]<br /> * [[Java Update (Oracle)]]<br /> * [[Openwrt on wlan-825]]<br /> * [[Eclipse aktualisieren]]<br /> * [[Trac at job4]]<br /> * [[DV Video to x264 Conversion]]<br /> * [[Pulse Audio Volume Reset Fix]]<br /> * [[Repair hanging video playback with Nvidia driver]]<br /> * [[Extract Audio from Video Stream with ffmpeg]]<br /> * [[Provide a private Diaspora Pod]]<br /> * [[Nvidia native driver brightness control with Leap 42.1]]<br /> * [[DB2 with python]]<br /> * [[Convert LV to striped]]<br /> * [[Install Mosquitto MQTT]]<br /> * [[Install Wings3D]]<br /> * [[Install PlatformIO for Arduino, ESP8266, ESP32 and STM32]]<br /> * [[Suggest changes with a Github Pull Request]]<br /> * [[X2Go]]<br /> * [[ESP32 Remote Debugging]]<br /> * [[Downsize 4k Videos]]<br /> * [[STM32 Development and Remote Debugging]]<br /> * [[Youtube2Audio]]<br /> * [[Save Chrome Passwords]]<br /> * [[Update Marlin Firmware of Anycubic Kossel Pulley]]<br /> * [[Google Test]]<br /> * [[Fritz Box External IP]]<br /> * [[Hadoop in Docker]]<br /> * [[Start Systemd Service After Device Appears]]<br /> * [[Install DB2 ModPack 11.5.5.0 over 11.5.0.0]]<br /> * [[Modify GCode to restart 3D Print]]<br /> * [[Optical Flow with OpenCV]]<br /> * [[Vu+ Bootlogos]]<br /> * [[Kicad PCB]]<br /> * [[Nvidia Driver on Opensuse Leap 15.3]]<br /> * [[Pulseaudio SPDIF Input, LFE remix]]<br /> * [[Serial Bridge over WLAN with an ESP-01]]<br /> * [[JupyterHub]]<br /> * [[Fix IPC for DB2 with Opensuse 15.3]]<br /> * [[Reapply for Fusion360 Personal Use]]<br /> * [[Sandisk Usb3 Nvme Disk with Linux]]<br /> * [[Make kernel.org Rpm for Tumbleweed]]<br /> * [[Build any python version for venv]]<br /> * [[German Keyboard Setting for 104-Keyboard]]<br /> * [[Stream Playlist to iOS VLC]]<br /> * [[DB2 Container on QNAP NAS]]<br /> * [[SolarPower]]<br /> * [[Enigma2Events]]<br /> * [[Nvidia Delayed Frame Bug]]<br /> * [[Poster Druck]]<br /> * [[GoPro Sync]]<br /> * [[Design Patterns]]<br /> * [[Arome Weather]]<br /> * [[AMD GPU ROCm]]</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=16003 2025-09-07T14:23:00Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://127.0.0.1:631|Cups on job4 only<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=16002 2025-08-24T09:58:33Z

<p>Joachim: </p> <hr /> <div>siehe auch [http://job4:8000/wiki/TanzFiguren Trac Wiki Tanzfiguren]<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * 3 x Valentino<br /> * Dame rechts wedeln<br /> * Wiegeschritt<br /> * geradeaus Promenade<br /> * Linksdrehung<br /> * Viererschritt, vor Dame rechts drehen<br /> ** links vor - rechts seit - zurück, zurück, zusammendrehen, Rechtsdrehung<br /> * Öffnen, Hinterkreuzen, Dame rechts rum in Grundposition, schnelle Linksdrehung?<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus (opening out, fan)<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker (kick cross)<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=BukkitPlugins&diff=16001 2025-06-02T10:27:39Z

<p>Joachim: /* dynmap */</p> <hr /> <div>= Bukkit Plugins =<br /> <br /> Diese Plugins sind auf unseren Bukkit Servern installiert<br /> <br /> == CommandBook ==<br /> <br /> [http://dev.bukkit.org/server-mods/commandbook/ BukkitDev CommandBook ]<br /> <br /> == CommandHelper ==<br /> <br /> [http://dev.bukkit.org/server-mods/commandhelper/ BukkitDev CommandHelper ]<br /> <br /> == CraftBook ==<br /> <br /> [http://dev.bukkit.org/server-mods/craftbook/ BukkitDev CraftBook ]<br /> <br /> * CraftBookCircuits<br /> * CraftBookCommon<br /> * CraftBookMechanisms<br /> * CraftBookVehicles<br /> <br /> == dynmap ==<br /> <br /> note: <br /> * for 1.21.4 dl snapshot https://dynmap.us/builds/dynmap/Dynmap-3.7-SNAPSHOT-spigot.jar<br /> * for 1.19.3 just dl and use jar version 3.5 beta 1 from https://www.spigotmc.org/resources/dynmap%C2%AE.274/<br /> <br /> neu: [http://www.minecraftforum.net/topic/1543523-dynmap-dynamic-web-based-maps-for-minecraft Minecraft Forum Dynmap ]<br /> <br /> alt: [http://dev.bukkit.org/server-mods/dynmap/ BukkitDev Dynmap ]<br /> <br /> Zum selbst bauen (von https://github.com/webbukkit/dynmap/wiki/How-to-compile-Dynmap):<br /> <br /> === First time ===<br /> <br /> cd /your/workspace<br /> git clone git://github.com/webbukkit/DynmapCoreAPI.git &amp;&amp; (cd DynmapCoreAPI &amp;&amp; mvn install)<br /> git clone git://github.com/webbukkit/DynmapCore.git &amp;&amp; (cd DynmapCore &amp;&amp; mvn install)<br /> git clone git://github.com/Bukkit/Bukkit.git &amp;&amp; (cd Bukkit &amp;&amp; mvn install)<br /> git clone git://github.com/webbukkit/dynmap-api.git &amp;&amp; (cd dynmap-api &amp;&amp; mvn install)<br /> git clone git://github.com/webbukkit/dynmap.git &amp;&amp; (cd dynmap &amp;&amp; mvn install)<br /> <br /> === Next time ===<br /> <br /> cd /your/workspace<br /> cd DynmapCoreAPI &amp;&amp; git pull &amp;&amp; mvn install<br /> cd ../DynmapCore &amp;&amp; git pull &amp;&amp; mvn install<br /> cd ../Bukkit &amp;&amp; git pull &amp;&amp; mvn install<br /> cd ../dynmap-api &amp;&amp; git pull &amp;&amp; mvn install<br /> cd ../dynmap &amp;&amp; git pull &amp;&amp; mvn install<br /> <br /> == LWC ==<br /> <br /> [http://dev.bukkit.org/server-mods/lwc/ BukkitDev LWC ]<br /> <br /> Build bleeding edge development version<br /> <br /> git clone git://github.com/Hidendra/LWC.git<br /> <br /> == Simple-AutoSave ==<br /> <br /> [http://dev.bukkit.org/server-mods/simple-autosave/ BukkitDev Simple-AutoSave]<br /> <br /> == SimpleBackup ==<br /> <br /> [http://dev.bukkit.org/server-mods/simplebackup/ BukkitDev SimpleBackup ]<br /> <br /> == WorldEdit ==<br /> <br /> [http://dev.bukkit.org/server-mods/worldedit/ BukkitDev WorldEdit ]<br /> <br /> Build bleeding edge development version<br /> <br /> git clone git://github.com/sk89q/worldedit.git<br /> <br /> == WorldGuard ==<br /> <br /> [http://dev.bukkit.org/server-mods/worldguard/ BukkitDev WorldGuard ]<br /> <br /> == Stats ==<br /> <br /> [http://dev.bukkit.org/server-mods/lolmewnstats/ BukkitDev Stats ]<br /> <br /> Stats uses a mysql database and a web browser.<br /> I wrote install instructions here: <br /> <br /> https://bitbucket.org/Lolmewn/stats/wiki/Home<br /> <br /> SQL to create a user for a mysql database (needed for Stats plugin if an external database is used)<br /> <br /> CREATE USER 'joachim'@'%' IDENTIFIED BY '***';<br /> GRANT USAGE ON * . * TO 'joachim'@'%' IDENTIFIED BY '***' WITH MAX_QUERIES_PER_HOUR 0 MAX_CONNECTIONS_PER_HOUR 0 MAX_UPDATES_PER_HOUR 0 MAX_USER_CONNECTIONS 0 ;<br /> GRANT ALL PRIVILEGES ON `job1bukkit` . * TO 'joachim'@'%';<br /> <br /> == Build == <br /> <br /> Hier hab ich beschrieben wie ich den Bukkit Server selbst baue, wenn es nach Minecraft Updates keine Recommended Builds zum runterladen gibt.<br /> <br /> [[Make Developer CraftBukkit]]</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Projekt_Joachims_Minecraftserver&diff=16000 2025-06-02T10:25:20Z

<p>Joachim: /* mit Webserver (Test) */</p> <hr /> <div>= Joachims Minecraftserver =<br /> <br /> Some notes from 1.19.3 install:<br /> * needs openjdk 17 (as documented online) not provided by opensuse leap 15.3<br /> * installed openjdk 17 from https://build.opensuse.org/package/show/home%3Aecsos/java-17-openjdk (add repo, ignore errors, install)<br /> * script /usr/local/spigot/new-spigot.sh (similar to below) run with sudo<br /> * script got stuck somewhere in root shell (screen)<br /> * sed eula manually, chown -R joachim run<br /> * changed port in server properties (at 3 places) from *5 to *9<br /> * removed a no longer supported java parameter (-XX:MaxPermSize=256M)<br /> * start manually as service file would (not used start.sh) -&gt; worked<br /> * enabled/started service<br /> <br /> Neue Spigot Version? see also /usr/local/spigot/README.txt<br /> &lt;nowiki&gt;<br /> SREV=1.16.3<br /> PORT=25565<br /> SDIR=&quot;spigot-v$SREV&quot;<br /> BASEDIR=/usr/local/spigot<br /> <br /> mkdir -p &quot;$BASEDIR/$SDIR&quot;<br /> cd &quot;$BASEDIR/$SDIR&quot;<br /> wget -O BuildTools.jar https://hub.spigotmc.org/jenkins/job/BuildTools/lastSuccessfulBuild/artifact/target/BuildTools.jar<br /> java -Xms8G -Xmx8G -XX:+UseG1GC -jar BuildTools.jar --rev &quot;$SREV&quot;<br /> # java -jar BuildTools.jar<br /> mkdir run<br /> screen -S spigot<br /> cd run<br /> cat &lt;&lt;EOF &gt;start.sh<br /> #!/bin/sh<br /> java -Xms8G -Xmx8G -XX:+UseG1GC -jar spigot.jar<br /> EOF<br /> chmod +x start.sh<br /> ln -sf ../craftbukkit-*.jar craftbukkit.jar<br /> ln -sf ../spigot-*.jar spigot.jar<br /> ./start.sh<br /> sed -i s/false/true/ eula.txt<br /> cat &lt;&lt;EOF &gt;server.properties<br /> difficulty=3<br /> snooper-enabled=false<br /> server-port=$PORT<br /> level-name=world<br /> motd=Joba's Spigot $SREV Server<br /> EOF<br /> cat &lt;&lt;EOF &gt;/etc/systemd/system/spigot-$SREV.service<br /> [Unit]<br /> Description=Spigot v$SREV Minecraft Server<br /> RequiresMountsFor=$BASEDIR<br /> <br /> [Service]<br /> Type=forking<br /> User=joachim<br /> ExecStart=/usr/bin/screen -d -m -L -S spigot-v$SREV java -Xms8G -Xmx8G -XX:+UseG1GC -jar spigot.jar<br /> WorkingDirectory=$BASEDIR/$SDIR/run<br /> Restart=on-failure<br /> <br /> [Install]<br /> WantedBy=multi-user.target<br /> EOF<br /> <br /> systemctl daemon-reload<br /> systemctl start spigot-$SREV.service<br /> sleep 1<br /> systemctl status spigot-$SREV.service<br /> &lt;/nowiki&gt;<br /> <br /> == Live Map ==<br /> <br /> === direkt ===<br /> <br /> * Von außerhalb (geht nicht wg ssl und port fwd) [[http://banzhaf.chickenkiller.com:8133/ Remote Livemap]]<br /> * Bei mir zuhause [[http://job4:8123/ Lokale Livemap]]<br /> <br /> === mit Webserver (Test) ===<br /> <br /> deactivated<br /> <br /> * Von außerhalb [[http://banzhaf.homeip.net/minecraft/livemap/ Remote Livemap]]<br /> * Bei mir zuhause [[http://job4/minecraft/livemap/ Lokale Livemap]]<br /> <br /> == Hilfe ==<br /> <br /> [[Minecraft_Hilfe|Kommandoübersicht]]<br /> <br /> == Plugins ==<br /> <br /> [[BukkitPlugins|Bukkit Plugins]]<br /> <br /> == Infos ==<br /> <br /> Hi,<br /> <br /> hier werd ich Infos zum Server reinschreiben, wenn ich welche habe.<br /> <br /> Bis dahin: verwende /help :)<br /> <br /> Since some time only ms accounts work. migrated my joba1 mc beta account to j@google to joba17508 :-/ (works on job4)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Projekt_Joachims_Minecraftserver&diff=15999 2025-06-02T10:24:06Z

<p>Joachim: /* direkt */</p> <hr /> <div>= Joachims Minecraftserver =<br /> <br /> Some notes from 1.19.3 install:<br /> * needs openjdk 17 (as documented online) not provided by opensuse leap 15.3<br /> * installed openjdk 17 from https://build.opensuse.org/package/show/home%3Aecsos/java-17-openjdk (add repo, ignore errors, install)<br /> * script /usr/local/spigot/new-spigot.sh (similar to below) run with sudo<br /> * script got stuck somewhere in root shell (screen)<br /> * sed eula manually, chown -R joachim run<br /> * changed port in server properties (at 3 places) from *5 to *9<br /> * removed a no longer supported java parameter (-XX:MaxPermSize=256M)<br /> * start manually as service file would (not used start.sh) -&gt; worked<br /> * enabled/started service<br /> <br /> Neue Spigot Version? see also /usr/local/spigot/README.txt<br /> &lt;nowiki&gt;<br /> SREV=1.16.3<br /> PORT=25565<br /> SDIR=&quot;spigot-v$SREV&quot;<br /> BASEDIR=/usr/local/spigot<br /> <br /> mkdir -p &quot;$BASEDIR/$SDIR&quot;<br /> cd &quot;$BASEDIR/$SDIR&quot;<br /> wget -O BuildTools.jar https://hub.spigotmc.org/jenkins/job/BuildTools/lastSuccessfulBuild/artifact/target/BuildTools.jar<br /> java -Xms8G -Xmx8G -XX:+UseG1GC -jar BuildTools.jar --rev &quot;$SREV&quot;<br /> # java -jar BuildTools.jar<br /> mkdir run<br /> screen -S spigot<br /> cd run<br /> cat &lt;&lt;EOF &gt;start.sh<br /> #!/bin/sh<br /> java -Xms8G -Xmx8G -XX:+UseG1GC -jar spigot.jar<br /> EOF<br /> chmod +x start.sh<br /> ln -sf ../craftbukkit-*.jar craftbukkit.jar<br /> ln -sf ../spigot-*.jar spigot.jar<br /> ./start.sh<br /> sed -i s/false/true/ eula.txt<br /> cat &lt;&lt;EOF &gt;server.properties<br /> difficulty=3<br /> snooper-enabled=false<br /> server-port=$PORT<br /> level-name=world<br /> motd=Joba's Spigot $SREV Server<br /> EOF<br /> cat &lt;&lt;EOF &gt;/etc/systemd/system/spigot-$SREV.service<br /> [Unit]<br /> Description=Spigot v$SREV Minecraft Server<br /> RequiresMountsFor=$BASEDIR<br /> <br /> [Service]<br /> Type=forking<br /> User=joachim<br /> ExecStart=/usr/bin/screen -d -m -L -S spigot-v$SREV java -Xms8G -Xmx8G -XX:+UseG1GC -jar spigot.jar<br /> WorkingDirectory=$BASEDIR/$SDIR/run<br /> Restart=on-failure<br /> <br /> [Install]<br /> WantedBy=multi-user.target<br /> EOF<br /> <br /> systemctl daemon-reload<br /> systemctl start spigot-$SREV.service<br /> sleep 1<br /> systemctl status spigot-$SREV.service<br /> &lt;/nowiki&gt;<br /> <br /> == Live Map ==<br /> <br /> === direkt ===<br /> <br /> * Von außerhalb (geht nicht wg ssl und port fwd) [[http://banzhaf.chickenkiller.com:8133/ Remote Livemap]]<br /> * Bei mir zuhause [[http://job4:8123/ Lokale Livemap]]<br /> <br /> === mit Webserver (Test) ===<br /> <br /> * Von außerhalb [[http://banzhaf.homeip.net/minecraft/livemap/ Remote Livemap]]<br /> * Bei mir zuhause [[http://job4/minecraft/livemap/ Lokale Livemap]]<br /> <br /> == Hilfe ==<br /> <br /> [[Minecraft_Hilfe|Kommandoübersicht]]<br /> <br /> == Plugins ==<br /> <br /> [[BukkitPlugins|Bukkit Plugins]]<br /> <br /> == Infos ==<br /> <br /> Hi,<br /> <br /> hier werd ich Infos zum Server reinschreiben, wenn ich welche habe.<br /> <br /> Bis dahin: verwende /help :)<br /> <br /> Since some time only ms accounts work. migrated my joba1 mc beta account to j@google to joba17508 :-/ (works on job4)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Main_Page&diff=15998 2025-06-02T10:22:08Z

<p>Joachim: /* External */</p> <hr /> <div>= MediaWiki für Notizen von Joachim Banzhaf =<br /> <br /> * [[ToDo]]<br /> * [[HowTo]]<br /> <br /> == GPL Projekte ==<br /> * [[Projekt infosat2vdr]]<br /> * [[Projekt diskmon]]<br /> * [[Projekt PMS3 rpm]]<br /> * [[Projekt msprsig]]<br /> * [[Projekt And4Lunch]]<br /> * [[Projekt IoT]]<br /> <br /> == private Projekte ==<br /> * [[Projekt Lis.Tec Cluster]]<br /> * [[Projekt KVM Cluster]]<br /> * [[Projekt HDTV]]<br /> * [[Projekt openSuse11.0@job4]]<br /> * [[Projekt trac@job2]]<br /> * [[Projekt Appointmentmatcher]]<br /> * [[Projekt mspr@job1]]<br /> * [[Projekt Qnap]]<br /> * [[Projekt Joachims Minecraftserver]]<br /> * [[Projekt Caros Gruppenblog]]<br /> * [[Projekt PKI]]<br /> * [[Projekt SSO]]<br /> * [[Projekt Dynamic DNS]]<br /> * [[Projekt Windows 8 Aktivierung]]<br /> * [[Projekt Windows 8.1 ISO]]<br /> * [[Projekt HTC Desire HD Splash und Boot Animation]]<br /> * [[Project Worklight]]<br /> * [[Project Raspberry PI]]<br /> * [[Project Cyanogenmod for HTC Desire HD]]<br /> * [[Tanzen]]<br /> * [[Project JEspOs]]<br /> * [[Project LetsEncrypt]]<br /> * [[Project Easybox]]<br /> * [[Project Samsung S7 LineageOS]]<br /> * [[Project Drohnen]]<br /> * [[Project Kyocera M5526]]<br /> * [[Project TTN Daten in InfluxDB für Grafana]]<br /> * [[Project Guitar and Linux]]<br /> * [[Project Feinstaub]]<br /> * [[Project Tumbleweed]]<br /> <br /> == Julians Seiten ==<br /> * [[Projekt Papierblüte]]<br /> * [[Projekt Julians Minecraftserver]]<br /> * [[Projekt Julians Ark Server]]<br /> <br /> == Links ==<br /> <br /> === External ===<br /> <br /> * [https://banzhaf.chickenkiller.com Webserver]<br /> * [https://banzhaf.chickenkiller.com:8133 Minecraft DynMap] für Server banzhaf.chickenkiller.com:25575<br /> * [https://banzhaf.chickenkiller.com/gopro/ GoPro]<br /> * [https://banzhaf.chickenkiller.com/flowable-ui/ Flowable]<br /> * [https://banzhaf.chickenkiller.com:3000 Grafana]<br /> * [https://banzhaf.chickenkiller.com:7000 Jupyter]<br /> <br /> === Internal ===<br /> <br /> * [https://qnap QNAP NAS]<br /> * [http://192.168.1.221 fritzbox]<br /> * [http://192.168.1.236 ax1]<br /> * [http://192.168.1.237 ax2]<br /> * [http://192.168.1.13 dm800]<br /> * [http://192.168.1.15 vu-uno]<br /> * [http://192.168.1.16 vuzero]<br /> * [https://192.168.1.32 JobaCam]<br /> * [http://192.168.1.55 Kyocera M5526cdn Printer]<br /> * [http://192.168.1.4:8123 Minecraft Map]<br /> * [http://192.168.1.4/fmcs Fluid Minecraft Stats]<br /> * [https://github.com/joba-1/ My Github Repo]<br /> * [http://192.168.1.4:8888/#/Dashboard Domoticz]<br /> * [http://192.168.1.4:8000/ Trac Wiki]<br /> * [https://banzhaf.chickenkiller.com:3000/d/lUpjxBfZk/ttn-thp84-device?from=now-30d&amp;to=now TTN THP84 Grafana Dashboard]<br /> * 3D-Printer [http://delta1/cm?cmnd=Power1%20On ON] [http://delta1/cm?cmnd=Power1%20Off OFF] [http://pi2/ OctoPrint]</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_LetsEncrypt&diff=15997 2025-06-01T05:39:34Z

<p>Joachim: /* Install */</p> <hr /> <div>= Let's Encrypt =<br /> <br /> I replaced my self signed certs of my dyndns domain with official ones from [[https://letsencrypt.org/ Let’s Encrypt]]:<br /> <br /> == Current Process ==<br /> <br /> === Install ===<br /> <br /> sudo zypper in certbot-systemd-timer<br /> sudo systemctl enable certbot-renew.timer<br /> sudo systemctl start certbot-renew.timer<br /> <br /> also install renewal scripts for fritzbox, openwrt, qnap, grafana (see post hooks below, but except apache and fritzbox, direct external access is not usually enabled/used) <br /> <br /> also needed: python311-certbot-apache<br /> <br /> === Configuration ===<br /> <br /> /etc/letsencrypt/renewal-hooks/post:<br /> lrwxrwxrwx 1 root root 38 Oct 15 2018 fritzbox-cert-update.sh -&gt; /usr/local/bin/fritzbox-cert-update.sh<br /> lrwxrwxrwx 1 root root 37 Jul 7 2021 openwrt-cert-update.sh -&gt; /usr/local/bin/openwrt-cert-update.sh<br /> -rwxr-xr-x 1 root root 1306 Mar 23 2022 mosquitto-copy.sh<br /> -rwxr-xr-x 1 root root 53 Aug 7 2022 grafana-restart.sh<br /> lrwxrwxrwx 1 root root 34 Oct 15 2022 qnap-cert-update.sh -&gt; /usr/local/bin/qnap-cert-update.sh<br /> <br /> * qnap needs /etc/letsencrypt/id_rsa.letsencrypt.pub in qnap:~admin/.ssh/authorized_keys<br /> <br /> === Check ===<br /> <br /> note: starting the service (directly or via timer) uses a random delay of several minutes<br /> <br /> ==== Date of cert files ====<br /> /etc/letsencrypt/live/banzhaf.chickenkiller.com:<br /> -rw-r--r-- 1 root root 682 Aug 4 2018 README<br /> lrwxrwxrwx 1 root root 53 Aug 12 11:13 privkey.pem -&gt; ../../archive/banzhaf.chickenkiller.com/privkey30.pem<br /> lrwxrwxrwx 1 root root 55 Aug 12 11:13 fullchain.pem -&gt; ../../archive/banzhaf.chickenkiller.com/fullchain30.pem<br /> lrwxrwxrwx 1 root root 51 Aug 12 11:13 chain.pem -&gt; ../../archive/banzhaf.chickenkiller.com/chain30.pem<br /> lrwxrwxrwx 1 root root 50 Aug 12 11:13 cert.pem -&gt; ../../archive/banzhaf.chickenkiller.com/cert30.pem<br /> <br /> ==== Systemd status ====<br /> <br /> systemctl status certbot-renew.timer<br /> <br /> ==== Journal ====<br /> <br /> journalctl -u certbot-renew.service<br /> journalctl -f -u certbot-renew.service<br /> <br /> == Request First Cert ==<br /> <br /> ssh root@job4<br /> cd /usr/local/bin<br /> sudo wget https://dl.eff.org/certbot-auto<br /> sudo certbot-auto --apache<br /> <br /> == Apache Config Preparation ==<br /> <br /> At first, this did not work. The script needs a vhost for port 80, so I created one:<br /> <br /> /etc/apache2/vhosts.d/vhost-chickenkiller.conf:<br /> <br /> &lt;VirtualHost *:80&gt;<br /> ServerAdmin joachim.banzhaf@gmail.com<br /> ServerName banzhaf.chickenkiller.com<br /> ServerAlias banzhaf.chickenkiller.com<br /> DocumentRoot /srv/www/htdocs<br /> ErrorLog /var/log/apache2/error.log<br /> CustomLog /var/log/apache2/access.log combined<br /> &lt;/VirtualHost&gt;<br /> <br /> Then it complained about syntax errors in my apache config that I needed to fix (quotes not closed).<br /> Finally the validation failed due to access errors. I had to remove all old style access control<br /> and use the new apache 2.4 style, which was more straightforward than I expected:<br /> * remove all &quot;Order deny/allow&quot; stuff that was not ifdefd<br /> * replace all &quot;Allow/Deny from all&quot; by &quot;Require all granted/denied&quot; if not ifdefd <br /> * replace all &quot;Allow from ip/hostname/net&quot; by &quot;Require host ip/hostname/net&quot;<br /> * remove module access_compat from /etc/sysconfig/apache2 variable APACHE_MODULES<br /> * systemctl restart apache2<br /> <br /> The script offered to configure forwarding http to https, which I accepted.<br /> I think it just added these lines to the virtual host file above:<br /> <br /> RewriteEngine on<br /> RewriteCond %{SERVER_NAME} =banzhaf.chickenkiller.com<br /> RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,NE,R=permanent]<br /> <br /> Now the cert was used and validated as safe (although chromium needed some time to accept it)<br /> <br /> == Automation ==<br /> <br /> The cert is only valid for 90 days. Better automate the renewal.<br /> It is enough to create this script<br /> <br /> /etc/cron.daily/certbot-auto-renew<br /> <br /> #!/bin/sh<br /> python -c 'import random; import time; time.sleep(random.random() * 3600)' &amp;&amp; /usr/local/bin/certbot-auto renew<br /> <br /> No idea why python came into the game. This should work as well...<br /> <br /> #!/bin/bash<br /> sleep $((RANDOM/9)) &amp;&amp; /usr/local/bin/certbot-auto renew<br /> <br /> == Fritz Box Cert ==<br /> <br /> === Automatic Update ===<br /> <br /> [https://gist.github.com/joba-1/365b30c6378f2d1f38687fb87ed1f7c9 This script] logs into the fritzbox and updates the cert for you.<br /> Just edit the variables at the start (user, pass, certpath). I use a separate fritzbox user for this.<br /> <br /> To make it even more easy: Store this script in /etc/letsencrypt/renewal-hooks/post and it gets run on updates (I'll see if that works in 2 months)<br /> <br /> === Manual Update ===<br /> <br /> To use the cert with the fritz box web interface<br /> <br /> ssh root@job4 'cat /etc/letsencrypt/live/banzhaf.chickenkiller.com/[pf]*.pem' &gt;fritz.pem<br /> <br /> Then upload this file in the fritz box cert store with the web interface (Internet/Freigaben/Fritzbox Dienste/)<br /> <br /> == OpenWRT ==<br /> <br /> === Manual Setup ===<br /> copy cert (cat crt+key in one pem) to /etc/letsencrypt by post hook script<br /> <br /> add host to HOSTS in job4:/etc/letsencrypt/renewal-hooks/post/openwrt-cert-update.sh<br /> <br /> ==== nginx ====<br /> uci set nginx._lan.ssl_certificate=/etc/letsencrypt/banzhaf.chickenkiller.com.pem<br /> uci set nginx._lan.ssl_certificate_key=/etc/letsencrypt/banzhaf.chickenkiller.com.pem<br /> uci set nginx._lan.uci_manage_ssl='my_letsencrypt'<br /> <br /> ==== uhttp (default) ====<br /> uci set uhttpd.main.key='/etc/letsencrypt/banzhaf.chickenkiller.com.pem'<br /> uci set uhttpd.main.cert='/etc/letsencrypt/banzhaf.chickenkiller.com.pem'<br /> <br /> === Automatic Renewal ===<br /> <br /> put this in /etc/letsencrypt/renewal-hooks/post (create the id_rsa.letsencrypt ssh key and deploy it to openwrt router /etc/letsencrypt/)<br /> <br /> #!/bin/bash<br /> <br /> # parameters<br /> CERT_SRC=&quot;/etc/letsencrypt/live/banzhaf.chickenkiller.com&quot;<br /> CERT_DST=&quot;/etc/letsencrypt&quot;<br /> CERT_FILE=&quot;banzhaf.chickenkiller.com.pem&quot;<br /> SSH_ID=&quot;/etc/letsencrypt/id_rsa.letsencrypt&quot;<br /> HOSTS=&quot;ax1 ax2&quot;<br /> <br /> cd &quot;$CERT_SRC&quot;<br /> for h in $HOSTS; do<br /> cat fullchain.pem privkey.pem | ssh -i &quot;$SSH_ID&quot; root@$h &quot;mkdir -p '$CERT_DST' &amp;&amp; cat &gt;'$CERT_DST/$CERT_FILE' &amp;&amp; /etc/init.d/uhttpd restart&quot;<br /> done<br /> <br /> == Grafana ==<br /> <br /> put this into /etc/grafana/grafana.ini<br /> <br /> # https certs &amp; key file<br /> cert_file = /etc/letsencrypt/live/banzhaf.chickenkiller.com/fullchain.pem<br /> cert_key = /etc/letsencrypt/live/banzhaf.chickenkiller.com/privkey.pem<br /> <br /> <br /> then it just needs a restart on cert renewal by putting this to /etc/letsencrypt/renewal-hooks/post<br /> <br /> #!/bin/bash<br /> systemctl restart grafana-server.service<br /> <br /> == Mosquitto Broker ==<br /> <br /> put this script in /etc/letsencrypt/renewal-hooks/post<br /> <br /> MY_DOMAIN=banzhaf.chickenkiller.com<br /> CERTIFICATE_DIR=/etc/mosquitto/certs<br /> <br /> if [ &quot;${RENEWED_DOMAINS}&quot; = &quot;${MY_DOMAIN}&quot; ]; then<br /> # Copy new certificate to Mosquitto directory<br /> cp ${RENEWED_LINEAGE}/fullchain.pem ${CERTIFICATE_DIR}/server.pem<br /> cp ${RENEWED_LINEAGE}/privkey.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Set ownership to Mosquitto<br /> chown mosquitto: ${CERTIFICATE_DIR}/server.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Ensure permissions are restrictive<br /> chmod 0600 ${CERTIFICATE_DIR}/server.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Tell Mosquitto to reload certificates and configuration<br /> pkill -HUP -x mosquitto<br /> fi</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15996 2025-05-08T17:33:06Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://sf8008|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_TTN_Daten_in_InfluxDB_f%C3%BCr_Grafana&diff=15995 2025-02-23T11:58:46Z

<p>Joachim: /* Tips and Tricks for InfluxDB */</p> <hr /> <div>= Flexible Visualization of TTN Data =<br /> <br /> This page describes installing Grafana and InfluxDB on openSuse 42.2.<br /> It also describes how to configure Apache 2.4 to receive data from a TheThingsNetwork applications.<br /> It uses a TTN HTTP integration for a device like https://github.com/joba-1/ATTiny84TTN to store it in an InfluxDB database.<br /> Finally it shows an example Grafana dashboard to display the data from the InfluxDB.<br /> <br /> Tested with my (The Things ID joba1) devices registered on https://eu1.cloud.thethings.network/console/<br /> <br /> == InfluxDB ==<br /> <br /> === Installing InfluxDB ===<br /> <br /> Here is the [https://portal.influxdata.com/downloads/ Download Portal]<br /> Currently, it tells me to<br /> <br /> wget https://dl.influxdata.com/influxdb/releases/influxdb-1.7.9.x86_64.rpm<br /> sudo zypper install influxdb-1.7.9.x86_64.rpm<br /> <br /> It warns about missing package shadow-util. On openSuse this is named shadow and is installed -&gt; ignore.<br /> <br /> To use systemd for managing the database service, copy the service file<br /> <br /> sudo cp -av /usr/lib/influxdb/scripts/influxdb.service /etc/systemd/system/<br /> <br /> For later versions of openSuse, [https://docs.influxdata.com/influxdb/v1.7/introduction/installation/# Influx Installation Documentation] suggests using a repository - should have the same results:<br /> <br /> sudo zypper ar -f obs://devel:languages:go/ go<br /> sudo zypper in influxdb<br /> <br /> === Configure InfluxDB ===<br /> <br /> I did not need to change anything here, but in case you want to check:<br /> <br /> sudo vi /etc/influxdb/influxdb.conf<br /> <br /> For Flux query language (i tried on 1.8.5) you may need <br /> '''<br /> [http] <br /> flux-enabled = true<br /> '''<br /> <br /> === Start InfluxDB ===<br /> <br /> sudo systemctl daemon-reload<br /> sudo systemctl enable influxdb<br /> sudo systemctl start influxdb<br /> sudo systemctl status influxdb<br /> <br /> === Test InfluxDB ===<br /> <br /> Call the CLI and insert some test data. More details here: https://docs.influxdata.com/influxdb/v1.7/tools/shell/<br /> <br /> influx<br /> CREATE DATABASE my_test_db<br /> USE my_test_db<br /> INSERT my_table,my_key=my_test my_value=1<br /> INSERT my_table,my_key=my_test my_value=2<br /> INSERT my_table,my_key=my_test my_value=3<br /> SELECT * FROM my_table<br /> QUIT<br /> <br /> === Tips and Tricks for InfluxDB ===<br /> <br /> ==== Compactify data ====<br /> <br /> unfortunately it doesn't do miracles, but better than nothing.<br /> <br /> sudo systemctl stop influxdb<br /> sudo -u influxdb influx_inspect buildtsi -compact-series-file -datadir /var/lib/influxdb/data -waldir /var/lib/influxdb/wal<br /> sudo systemctl start influxdb<br /> <br /> last time (2025-02-23) it saved 0.5 GB of 10 GB<br /> <br /> ==== Delete measurements ====<br /> <br /> Sometimes invalid data gets into the database and needs to be cleaned.<br /> InfluxDB does not allow to delete existing values, so brute force is the only option I know<br /> The &quot;group by *&quot; is required to preserve tags according to docs, <br /> <br /> but it did NOT work for me:<br /> <br /> influx --database ttn -execute 'SELECT * INTO temp FROM &quot;measurements&quot; WHERE pres_hPa &gt; 700'<br /> influx --database ttn -execute 'drop measurement &quot;measurements&quot;'<br /> influx --database ttn -execute 'SELECT * INTO &quot;measurements&quot; FROM temp group by *'<br /> influx --database ttn -execute 'drop measurement temp'<br /> <br /> use the following python code<br /> <br /> ==== Use Python to rework InfluxDB data ====<br /> <br /> Example code (to copy fields into tags with same name). See also https://github.com/joba-1/Stromableser/blob/main/fixStromableser.py<br /> <br /> <br /> from influxdb import InfluxDBClient<br /> <br /> # InfluxDB parameters<br /> server = 'job4'<br /> port = 8086<br /> database='ttn'<br /> <br /> # CLI interface<br /> if __name__ == &quot;__main__&quot;:<br /> # read table &quot;measurements&quot;, fix anomalies and write into table &quot;data&quot;<br /> client = InfluxDBClient(host=server, port=port, database=database)<br /> response = client.query('select * from &quot;measurements&quot;', epoch='s')<br /> print(&quot;Status: {}\n&quot;.format(response.error))<br /> points = response.get_points()<br /> data = []<br /> for point in points:<br /> if point['app_id'] == None:<br /> point['app_id'] = point['app_id_1']<br /> point['app_id'] = point['app_id'].strip('&quot;')<br /> point.pop('app_id_1', None)<br /> if point['dev_id'] == None:<br /> point['dev_id'] = point['dev_id_1']<br /> point['dev_id'] = point['dev_id'].strip('&quot;')<br /> point.pop('dev_id_1', None)<br /> item = {<br /> &quot;measurement&quot;: &quot;data&quot;,<br /> &quot;tags&quot;: {<br /> &quot;app_id&quot;: point[&quot;app_id&quot;],<br /> &quot;dev_id&quot;: point[&quot;dev_id&quot;]<br /> },<br /> &quot;time&quot;: point[&quot;time&quot;],<br /> &quot;fields&quot;: {<br /> &quot;temp_degC&quot;: float(point[&quot;temp_degC&quot;]),<br /> &quot;vcc_V&quot;: float(point[&quot;vcc_V&quot;]),<br /> &quot;pres_hPa&quot;: float(point[&quot;pres_hPa&quot;]),<br /> &quot;humi_Percent&quot;: float(point[&quot;humi_Percent&quot;]),<br /> &quot;gtw_id&quot;: point[&quot;gtw_id&quot;],<br /> &quot;rssi&quot;: float(point[&quot;rssi&quot;])<br /> }<br /> }<br /> data.append(item)<br /> if len(data) == 10000:<br /> print(&quot;Add {} items&quot;.format(len(data)))<br /> client.write_points(data, time_precision='s')<br /> data = []<br /> print(&quot;Add {} items&quot;.format(len(data)))<br /> client.write_points(data, time_precision='s')<br /> <br /> ==== Post from ESP8266 ====<br /> <br /> &lt;pre&gt;<br /> // Post Data to InfluxDB<br /> <br /> #include &lt;ESP8266HTTPClient.h&gt;<br /> <br /> WiFiClient client;<br /> HTTPClient http;<br /> int _influx_status = 0;<br /> <br /> void post_data() {<br /> static const char Uri[]=&quot;/write?db=&quot; INFLUX_DB &quot;&amp;precision=s&quot;;<br /> <br /> char msg[300]; <br /> snprintf(msg, sizeof(msg), <br /> &quot;temperatures zulauf=%.2f,ruecklauf=%.2f,vorlauf=%.2f,kamin=%.2f\n&quot;,<br /> _temp_c[0], _temp_c[1], _temp_c[2], _temp_c[3]);<br /> http.begin(client, INFLUX_SERVER, INFLUX_PORT, Uri);<br /> http.setUserAgent(NAME);<br /> _influx_status = http.POST(msg);<br /> String payload = http.getString();<br /> http.end();<br /> if( _influx_status &lt; 200 || _influx_status &gt; 299 ) {<br /> snprintf(msg, sizeof(msg), <br /> &quot;Post %s:%d%s status %d response '%s'&quot;,<br /> INFLUX_SERVER, INFLUX_PORT, Uri, _influx_status, payload.c_str());<br /> syslog.log(LOG_ERR, msg);<br /> };<br /> }<br /> &lt;/pre&gt;<br /> <br /> == Grafana ==<br /> <br /> === Install Grafana ===<br /> <br /> I now use leap supplied grafana 7.4. No need for the below<br /> <br /> Here are the [https://grafana.com/grafana/download installation instructions]. Basically just do<br /> <br /> wget https://dl.grafana.com/oss/release/grafana-6.5.2-1.x86_64.rpm <br /> sudo zypper install grafana-6.5.2-1.x86_64.rpm <br /> <br /> It complains about missing urw-fonts, but they are not really required -&gt; ignore.<br /> Also accept there is no signing key<br /> <br /> === Grafana via Apache Proxy ===<br /> <br /> /etc/grafana/grafana.ini<br /> [server]<br /> protocol = http<br /> domain = banzhaf.chickenkiller.com<br /> root_url = https://banzhaf.chickenkiller.com/grafana<br /> <br /> /etc/apache2/conf.d/grafana.conf<br /> &lt;Location &quot;/grafana&quot;&gt;<br /> ProxyPass &quot;http://localhost:3000&quot;<br /> ProxyPassReverse &quot;http://localhost:3000&quot;<br /> &lt;/Location&gt;<br /> <br /> === Grafana Mails ===<br /> <br /> /etc/grafana/grafana.ini<br /> [smtp]<br /> enabled = true<br /> host = smtp.gmail.com:587<br /> user = email.name@gmail.com<br /> password = app-password-for-above-email<br /> from_address = grafana@host.job<br /> from_name = Grafana<br /> <br /> === Start Grafana ===<br /> <br /> sudo systemctl daemon-reload <br /> sudo systemctl enable grafana-server.service <br /> sudo systemctl start grafana-server.service <br /> sudo systemctl status grafana-server.service<br /> <br /> === Test Grafana ===<br /> <br /> Open http://localhost:3000<br /> <br /> Login as user admin and password admin. You will be asked for a new password immediately.<br /> Go to the steps in the web UI: <br /> * Add datasource<br /> ** Select InfluxDB<br /> ** Check use as default (optional)<br /> ** Select Query Language InfluxQL (Flux is also possible, but has no graphical query editor)<br /> ** Enter URL of your InfluxDB, e.g. http://localhost:8086<br /> ** Enter our test db in InfluxDB Details: my_test_db<br /> ** Select Save &amp; Test should respond with success<br /> * Add dashboard<br /> ** Go back to the first page via the Grafana symbol in the upper left and select New dashboard<br /> ** Select Add query<br /> ** Select measurement: my_table<br /> ** Select field: my_value<br /> ** optionally enter an alias: my_count<br /> ** Select next icon: Visualization<br /> ** Select Null values: connected (to draw lines between dots)<br /> ** Select Legend: Min and Max (to display them below the dashboard)<br /> ** Select next icon: General<br /> ** Enter a panel title<br /> ** We could add more panels, but for now: select Save dashboard icon and give it a name: My counts<br /> ** Select the region around the dot, repeat the zoom until you see the single values.<br /> <br /> === Datasource with InfluxDB Query Language Flux ===<br /> Supported at least since InfluxDB 1.8.5 with Grafana 7.4.2, needs to be enabled in influxdb.conf<br /> * URL: unchanged, e.g. http://localhost:8086<br /> * Access: unchanged (Server)<br /> * Cookies: can stay empty<br /> * Auth: can all stay disabled<br /> * Custom HTTP headers: not needed<br /> * Organization: like configured for Grafana (I use Banzhaf)<br /> * Token: user:password<br /> * Default Bucket: database name<br /> * Min interval and max serias not needed<br /> <br /> == Python and Apache ==<br /> <br /> === Insert JSON Values into InfluxDB with Python ===<br /> <br /> The ThingsNetwork offers an HTTP integration service.<br /> It sends a POST request with JSON data to an URL you define each time your LoRaWAN device sends data.<br /> Lets store this data with InfluxDB so we can display it with Grafana.<br /> <br /> As a first step, lets assume we somehow get the JSON data of one measurement in one line via standard input.<br /> The script will parse the json, format a messages with the interesting fields (here including some poayload fileds from my thp84 app) post a request to the InfluxDB and print the result of that request.<br /> <br /> &lt;nowiki&gt;<br /> #!/usr/bin/python<br /> <br /> import sys<br /> import json<br /> import requests<br /> import time<br /> <br /> server = 'localhost'<br /> port = 8086<br /> database='my_test_db'<br /> <br /> url = 'http://{}:{}/write?db={}&amp;precision=s'.format(server, port, database)<br /> <br /> for line in sys.stdin:<br /> try:<br /> data = json.loads(line)<br /> ts = time.strptime(data[&quot;metadata&quot;][&quot;time&quot;].split('.', 1)[0], '%Y-%m-%dT%H:%M:%S')<br /> msg = 'node,app_id=&quot;{}&quot;,dev_id=&quot;{}&quot; temp_degC={},vcc_V={},pres_hPa={},humi_Percent={},gtw_id=&quot;{}&quot;,rssi={} {}'.format(<br /> data[&quot;app_id&quot;], data[&quot;dev_id&quot;], data[&quot;payload_fields&quot;][&quot;temp_degC&quot;], data[&quot;payload_fields&quot;][&quot;vcc_V&quot;],<br /> data[&quot;payload_fields&quot;][&quot;pres_hPa&quot;], data[&quot;payload_fields&quot;][&quot;humi_Percent&quot;], data[&quot;metadata&quot;][&quot;gateways&quot;][0][&quot;gtw_id&quot;],<br /> data[&quot;metadata&quot;][&quot;gateways&quot;][0][&quot;rssi&quot;], int(time.mktime(ts)))<br /> result = requests.post(url, data=msg)<br /> print('insert date &quot;{}&quot; result: &quot;{}&quot;'.format(data[&quot;metadata&quot;][&quot;time&quot;], result.text))<br /> except Exception as e:<br /> print(&quot;ignoring '{}': '{}'&quot;.format(line, e))<br /> &lt;/nowiki&gt;<br /> <br /> === Call Python as CGI from Apache Webserver ===<br /> <br /> Next step is to use similar python code to insert the data automatically each time apache receives an HTTP request from The ThingsNetwork.<br /> <br /> * Enable the apache python module by adding &quot;python&quot; to the APACHE_MODULES line of /etc/sysconfig/apache2.<br /> * Enable execution of python scripts in a directory by adding file /etc/apache2/conf.d/cgi-py.conf (basename not relevant, but needs to end in .conf):<br /> &lt;Directory /srv/www/htdocs/ttn&gt;<br /> Options +ExecCGI<br /> AddHandler cgi-script .py<br /> &lt;/Directory&gt;<br /> * Create the directory and restart apache to load the new config<br /> mkdir /srv/www/htdocs/ttn<br /> systemctrl restart apache<br /> * Create a python file in the configured directory that prints the whole html page, including headers and make the file executable<br /> vi /srv/www/htdocs/ttn/hello-cgi.py<br /> chmod +x /srv/www/htdocs/ttn/hello-cgi.py<br /> * Content of a simple example file:<br /> #!/usr/bin/env python<br /> print(&quot;Content-Type: text/html;charset=utf-8&quot;)<br /> print()<br /> print(&quot;Hello CGI World!&quot;)<br /> <br /> === Call Python as WSGI from Apache Webserver ===<br /> <br /> WSGI is the more modern approach to calling python. To make it work,<br /> <br /> * Install apache module for wsgi and python3 (zypper in apache2-mod_wsgi-python3)<br /> * If above step didn't do it, enable the apache wsgi module by adding &quot;wsgi&quot; to the APACHE_MODULES line of /etc/sysconfig/apache2.<br /> * Enable execution of a python script by adding file /etc/apache2/conf.d/wsgi-py.conf (basename not relevant, but needs to end in .conf):<br /> WSGIScriptAlias /ttn/hello-wsgi.py /srv/www/htdocs/ttn/hello-wsgi.py<br /> &lt;Directory /srv/www/htdocs/ttn&gt;<br /> Require all granted<br /> &lt;/Directory&gt;<br /> * Create the directory and restart apache to load the new config<br /> mkdir /srv/www/htdocs/ttn<br /> systemctrl restart apache<br /> * Create the python file used in the alias that prints the whole html page, including headers and make the file executable<br /> vi /srv/www/htdocs/ttn/hello-wsgi.py<br /> chmod +x /srv/www/htdocs/ttn/hello-wsgi.py<br /> * Content of a simple example file:<br /> def application(environ, start_response):<br /> status = '200 OK'<br /> output = b'Hello WSGI World!'<br /> <br /> response_headers = [('Content-type', 'text/plain'),<br /> ('Content-Length', str(len(output)))]<br /> start_response(status, response_headers)<br /> <br /> return [output]<br /> * A bit more involved example showing the environment and POST data (if any)<br /> import json<br /> <br /> def application(environ, start_response):<br /> status = '200 OK'<br /> output = 'Hello WSGI World!\n'<br /> <br /> response_body = [<br /> '%s: %s' % (key, value) for key, value in sorted(environ.items())<br /> ]<br /> output += '\n'.join(response_body)<br /> <br /> try:<br /> if environ[&quot;REQUEST_METHOD&quot;] == &quot;POST&quot;:<br /> output += &quot;\nPOST method&quot;<br /> request_body_size = int(environ['CONTENT_LENGTH'])<br /> request_body = environ['wsgi.input'].read(request_body_size)<br /> s = &quot;&quot;.join(chr(b) for b in request_body)<br /> output += &quot;\nData: &quot; + s<br /> data = json.loads(s)<br /> output += &quot;\nJson: &quot; + json.dumps(data, sort_keys=True, indent=4)<br /> except Exception as e:<br /> output += &quot;\nException: &quot; + str(e)<br /> <br /> response_headers = [('Content-type', 'text/plain'),<br /> ('Content-Length', str(len(output)))]<br /> start_response(status, response_headers)<br /> <br /> return [output.encode('Utf-8')]<br /> <br /> Call this e.g. with<br /> wget -q -O- --post-data '{&quot;a&quot;:1}' http://localhost/ttn/hello-wsgi.py<br /> <br /> More infos about setting up wsgi are in the [https://modwsgi.readthedocs.io/en/develop/user-guides/configuration-guidelines.html WSGI guidelines].<br /> <br /> === Transform TTN JSON data to InfluxDB Inserts ===<br /> <br /> Modified python script to send POST request data from TTN to a logfile and insert data into InfluxDB<br /> <br /> &lt;nowiki&gt;<br /> import json<br /> import requests<br /> import time<br /> import calendar<br /> <br /> # Log to contain the whole JSON objects from TTN<br /> log_file = '/var/log/ttn/thp84.log'<br /> <br /> # InfluxDB parameters<br /> server = 'localhost'<br /> port = 8086<br /> database='ttn'<br /> url = 'http://{}:{}/write?db={}&amp;precision=s'.format(server, port, database)<br /> <br /> def application(environ, start_response):<br /> try:<br /> if environ[&quot;REQUEST_METHOD&quot;] == &quot;POST&quot;:<br /> <br /> # get data as received from TTN<br /> request_body_size = int(environ['CONTENT_LENGTH'])<br /> request_body = environ['wsgi.input'].read(request_body_size)<br /> body_string = &quot;&quot;.join(chr(b) for b in request_body)<br /> <br /> # write received data to log file<br /> with open(log_file, 'a') as log:<br /> log.write(body_string)<br /> log.write('\n')<br /> <br /> # parse utc timestamp from TTN into time tuple<br /> data = json.loads(body_string)<br /> ts = time.strptime(data[&quot;metadata&quot;][&quot;time&quot;].split('.', 1)[0], '%Y-%m-%dT%H:%M:%S')<br /> <br /> # find gateway with best RSSI<br /> rssi = -999<br /> for gw in data[&quot;metadata&quot;][&quot;gateways&quot;]:<br /> if gw[&quot;rssi&quot;] &gt; rssi:<br /> rssi = gw[&quot;rssi&quot;]<br /> gtw_id = gw[&quot;gtw_id&quot;]<br /> <br /> # build InfluxDB insert string with explicit utc time in seconds resolution<br /> msg = 'measurements,app_id=&quot;{}&quot;,dev_id=&quot;{}&quot; temp_degC={},vcc_V={},pres_hPa={},humi_Percent={},gtw_id=&quot;{}&quot;,rssi={} {}'.format(<br /> data[&quot;app_id&quot;], data[&quot;dev_id&quot;], data[&quot;payload_fields&quot;][&quot;temp_degC&quot;], data[&quot;payload_fields&quot;][&quot;vcc_V&quot;],<br /> data[&quot;payload_fields&quot;][&quot;pres_hPa&quot;], data[&quot;payload_fields&quot;][&quot;humi_Percent&quot;], gtw_id, rssi, int(calendar.timegm(ts)))<br /> <br /> # send insert request to the database<br /> result = requests.post(url, data=msg)<br /> output = 'OK'<br /> except Exception as e:<br /> output = &quot;Exception: &quot; + str(e)<br /> <br /> # send OK to TTN<br /> status = '200 OK'<br /> response_headers = [('Content-type', 'text/plain'),<br /> ('Content-Length', str(len(output)))]<br /> start_response(status, response_headers)<br /> <br /> return [output.encode('Utf-8')]<br /> &lt;/nowiki&gt;<br /> <br /> === Import Historic TTN Data ===<br /> <br /> Import data from logs into InfluxDB <br /> <br /> cat /var/log/ttn/thp84.log | python3 thp84.py<br /> <br /> === Grafana Dashboard for TTN Data from InfluxDB ===<br /> <br /> build dashboard with a panel for each data item (like temperature, rssi, ...)<br /> <br /> An example is https://github.com/joba-1/ATTiny84TTN/blob/master/plots/Grafana-dashboard-TTN-thp84-Device.json<br /> <br /> [[File:TTN-thp84-Device-Grafana.png|600px]]<br /> <br /> My local dashboard: http://job4:3000/d/lUpjxBfZk/ttn-thp84-device?from=now-30d&amp;to=now</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15994 2025-02-17T18:47:11Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** http://job4:8082/|Zigbee Gateway<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=15993 2025-02-16T16:32:15Z

<p>Joachim: /* Cha-cha-cha */</p> <hr /> <div>/dev/mapper/fiovg-sapbak /backup/c/Users/d064412/Videos/<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * 3 x Valentino<br /> * Dame rechts wedeln<br /> * Wiegeschritt<br /> * geradeaus Promenade<br /> * Linksdrehung<br /> * Viererschritt, vor Dame rechts drehen<br /> ** links vor - rechts seit - zurück, zurück, zusammendrehen, Rechtsdrehung<br /> * Öffnen, Hinterkreuzen, Dame rechts rum in Grundposition, schnelle Linksdrehung?<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus (opening out, fan)<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker (kick cross)<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_TTN_Daten_in_InfluxDB_f%C3%BCr_Grafana&diff=15992 2025-02-05T22:03:06Z

<p>Joachim: /* Grafana via Apache Proxy */</p> <hr /> <div>= Flexible Visualization of TTN Data =<br /> <br /> This page describes installing Grafana and InfluxDB on openSuse 42.2.<br /> It also describes how to configure Apache 2.4 to receive data from a TheThingsNetwork applications.<br /> It uses a TTN HTTP integration for a device like https://github.com/joba-1/ATTiny84TTN to store it in an InfluxDB database.<br /> Finally it shows an example Grafana dashboard to display the data from the InfluxDB.<br /> <br /> Tested with my (The Things ID joba1) devices registered on https://eu1.cloud.thethings.network/console/<br /> <br /> == InfluxDB ==<br /> <br /> === Installing InfluxDB ===<br /> <br /> Here is the [https://portal.influxdata.com/downloads/ Download Portal]<br /> Currently, it tells me to<br /> <br /> wget https://dl.influxdata.com/influxdb/releases/influxdb-1.7.9.x86_64.rpm<br /> sudo zypper install influxdb-1.7.9.x86_64.rpm<br /> <br /> It warns about missing package shadow-util. On openSuse this is named shadow and is installed -&gt; ignore.<br /> <br /> To use systemd for managing the database service, copy the service file<br /> <br /> sudo cp -av /usr/lib/influxdb/scripts/influxdb.service /etc/systemd/system/<br /> <br /> For later versions of openSuse, [https://docs.influxdata.com/influxdb/v1.7/introduction/installation/# Influx Installation Documentation] suggests using a repository - should have the same results:<br /> <br /> sudo zypper ar -f obs://devel:languages:go/ go<br /> sudo zypper in influxdb<br /> <br /> === Configure InfluxDB ===<br /> <br /> I did not need to change anything here, but in case you want to check:<br /> <br /> sudo vi /etc/influxdb/influxdb.conf<br /> <br /> For Flux query language (i tried on 1.8.5) you may need <br /> '''<br /> [http] <br /> flux-enabled = true<br /> '''<br /> <br /> === Start InfluxDB ===<br /> <br /> sudo systemctl daemon-reload<br /> sudo systemctl enable influxdb<br /> sudo systemctl start influxdb<br /> sudo systemctl status influxdb<br /> <br /> === Test InfluxDB ===<br /> <br /> Call the CLI and insert some test data. More details here: https://docs.influxdata.com/influxdb/v1.7/tools/shell/<br /> <br /> influx<br /> CREATE DATABASE my_test_db<br /> USE my_test_db<br /> INSERT my_table,my_key=my_test my_value=1<br /> INSERT my_table,my_key=my_test my_value=2<br /> INSERT my_table,my_key=my_test my_value=3<br /> SELECT * FROM my_table<br /> QUIT<br /> <br /> === Tips and Tricks for InfluxDB ===<br /> <br /> ==== Delete measurements ====<br /> <br /> Sometimes invalid data gets into the database and needs to be cleaned.<br /> InfluxDB does not allow to delete existing values, so brute force is the only option I know<br /> The &quot;group by *&quot; is required to preserve tags according to docs, <br /> <br /> but it did NOT work for me:<br /> <br /> influx --database ttn -execute 'SELECT * INTO temp FROM &quot;measurements&quot; WHERE pres_hPa &gt; 700'<br /> influx --database ttn -execute 'drop measurement &quot;measurements&quot;'<br /> influx --database ttn -execute 'SELECT * INTO &quot;measurements&quot; FROM temp group by *'<br /> influx --database ttn -execute 'drop measurement temp'<br /> <br /> use the following python code<br /> <br /> ==== Use Python to rework InfluxDB data ====<br /> <br /> Example code (to copy fields into tags with same name). See also https://github.com/joba-1/Stromableser/blob/main/fixStromableser.py<br /> <br /> <br /> from influxdb import InfluxDBClient<br /> <br /> # InfluxDB parameters<br /> server = 'job4'<br /> port = 8086<br /> database='ttn'<br /> <br /> # CLI interface<br /> if __name__ == &quot;__main__&quot;:<br /> # read table &quot;measurements&quot;, fix anomalies and write into table &quot;data&quot;<br /> client = InfluxDBClient(host=server, port=port, database=database)<br /> response = client.query('select * from &quot;measurements&quot;', epoch='s')<br /> print(&quot;Status: {}\n&quot;.format(response.error))<br /> points = response.get_points()<br /> data = []<br /> for point in points:<br /> if point['app_id'] == None:<br /> point['app_id'] = point['app_id_1']<br /> point['app_id'] = point['app_id'].strip('&quot;')<br /> point.pop('app_id_1', None)<br /> if point['dev_id'] == None:<br /> point['dev_id'] = point['dev_id_1']<br /> point['dev_id'] = point['dev_id'].strip('&quot;')<br /> point.pop('dev_id_1', None)<br /> item = {<br /> &quot;measurement&quot;: &quot;data&quot;,<br /> &quot;tags&quot;: {<br /> &quot;app_id&quot;: point[&quot;app_id&quot;],<br /> &quot;dev_id&quot;: point[&quot;dev_id&quot;]<br /> },<br /> &quot;time&quot;: point[&quot;time&quot;],<br /> &quot;fields&quot;: {<br /> &quot;temp_degC&quot;: float(point[&quot;temp_degC&quot;]),<br /> &quot;vcc_V&quot;: float(point[&quot;vcc_V&quot;]),<br /> &quot;pres_hPa&quot;: float(point[&quot;pres_hPa&quot;]),<br /> &quot;humi_Percent&quot;: float(point[&quot;humi_Percent&quot;]),<br /> &quot;gtw_id&quot;: point[&quot;gtw_id&quot;],<br /> &quot;rssi&quot;: float(point[&quot;rssi&quot;])<br /> }<br /> }<br /> data.append(item)<br /> if len(data) == 10000:<br /> print(&quot;Add {} items&quot;.format(len(data)))<br /> client.write_points(data, time_precision='s')<br /> data = []<br /> print(&quot;Add {} items&quot;.format(len(data)))<br /> client.write_points(data, time_precision='s')<br /> <br /> ==== Post from ESP8266 ====<br /> <br /> &lt;pre&gt;<br /> // Post Data to InfluxDB<br /> <br /> #include &lt;ESP8266HTTPClient.h&gt;<br /> <br /> WiFiClient client;<br /> HTTPClient http;<br /> int _influx_status = 0;<br /> <br /> void post_data() {<br /> static const char Uri[]=&quot;/write?db=&quot; INFLUX_DB &quot;&amp;precision=s&quot;;<br /> <br /> char msg[300]; <br /> snprintf(msg, sizeof(msg), <br /> &quot;temperatures zulauf=%.2f,ruecklauf=%.2f,vorlauf=%.2f,kamin=%.2f\n&quot;,<br /> _temp_c[0], _temp_c[1], _temp_c[2], _temp_c[3]);<br /> http.begin(client, INFLUX_SERVER, INFLUX_PORT, Uri);<br /> http.setUserAgent(NAME);<br /> _influx_status = http.POST(msg);<br /> String payload = http.getString();<br /> http.end();<br /> if( _influx_status &lt; 200 || _influx_status &gt; 299 ) {<br /> snprintf(msg, sizeof(msg), <br /> &quot;Post %s:%d%s status %d response '%s'&quot;,<br /> INFLUX_SERVER, INFLUX_PORT, Uri, _influx_status, payload.c_str());<br /> syslog.log(LOG_ERR, msg);<br /> };<br /> }<br /> &lt;/pre&gt;<br /> <br /> == Grafana ==<br /> <br /> === Install Grafana ===<br /> <br /> I now use leap supplied grafana 7.4. No need for the below<br /> <br /> Here are the [https://grafana.com/grafana/download installation instructions]. Basically just do<br /> <br /> wget https://dl.grafana.com/oss/release/grafana-6.5.2-1.x86_64.rpm <br /> sudo zypper install grafana-6.5.2-1.x86_64.rpm <br /> <br /> It complains about missing urw-fonts, but they are not really required -&gt; ignore.<br /> Also accept there is no signing key<br /> <br /> === Grafana via Apache Proxy ===<br /> <br /> /etc/grafana/grafana.ini<br /> [server]<br /> protocol = http<br /> domain = banzhaf.chickenkiller.com<br /> root_url = https://banzhaf.chickenkiller.com/grafana<br /> <br /> /etc/apache2/conf.d/grafana.conf<br /> &lt;Location &quot;/grafana&quot;&gt;<br /> ProxyPass &quot;http://localhost:3000&quot;<br /> ProxyPassReverse &quot;http://localhost:3000&quot;<br /> &lt;/Location&gt;<br /> <br /> === Grafana Mails ===<br /> <br /> /etc/grafana/grafana.ini<br /> [smtp]<br /> enabled = true<br /> host = smtp.gmail.com:587<br /> user = email.name@gmail.com<br /> password = app-password-for-above-email<br /> from_address = grafana@host.job<br /> from_name = Grafana<br /> <br /> === Start Grafana ===<br /> <br /> sudo systemctl daemon-reload <br /> sudo systemctl enable grafana-server.service <br /> sudo systemctl start grafana-server.service <br /> sudo systemctl status grafana-server.service<br /> <br /> === Test Grafana ===<br /> <br /> Open http://localhost:3000<br /> <br /> Login as user admin and password admin. You will be asked for a new password immediately.<br /> Go to the steps in the web UI: <br /> * Add datasource<br /> ** Select InfluxDB<br /> ** Check use as default (optional)<br /> ** Select Query Language InfluxQL (Flux is also possible, but has no graphical query editor)<br /> ** Enter URL of your InfluxDB, e.g. http://localhost:8086<br /> ** Enter our test db in InfluxDB Details: my_test_db<br /> ** Select Save &amp; Test should respond with success<br /> * Add dashboard<br /> ** Go back to the first page via the Grafana symbol in the upper left and select New dashboard<br /> ** Select Add query<br /> ** Select measurement: my_table<br /> ** Select field: my_value<br /> ** optionally enter an alias: my_count<br /> ** Select next icon: Visualization<br /> ** Select Null values: connected (to draw lines between dots)<br /> ** Select Legend: Min and Max (to display them below the dashboard)<br /> ** Select next icon: General<br /> ** Enter a panel title<br /> ** We could add more panels, but for now: select Save dashboard icon and give it a name: My counts<br /> ** Select the region around the dot, repeat the zoom until you see the single values.<br /> <br /> === Datasource with InfluxDB Query Language Flux ===<br /> Supported at least since InfluxDB 1.8.5 with Grafana 7.4.2, needs to be enabled in influxdb.conf<br /> * URL: unchanged, e.g. http://localhost:8086<br /> * Access: unchanged (Server)<br /> * Cookies: can stay empty<br /> * Auth: can all stay disabled<br /> * Custom HTTP headers: not needed<br /> * Organization: like configured for Grafana (I use Banzhaf)<br /> * Token: user:password<br /> * Default Bucket: database name<br /> * Min interval and max serias not needed<br /> <br /> == Python and Apache ==<br /> <br /> === Insert JSON Values into InfluxDB with Python ===<br /> <br /> The ThingsNetwork offers an HTTP integration service.<br /> It sends a POST request with JSON data to an URL you define each time your LoRaWAN device sends data.<br /> Lets store this data with InfluxDB so we can display it with Grafana.<br /> <br /> As a first step, lets assume we somehow get the JSON data of one measurement in one line via standard input.<br /> The script will parse the json, format a messages with the interesting fields (here including some poayload fileds from my thp84 app) post a request to the InfluxDB and print the result of that request.<br /> <br /> &lt;nowiki&gt;<br /> #!/usr/bin/python<br /> <br /> import sys<br /> import json<br /> import requests<br /> import time<br /> <br /> server = 'localhost'<br /> port = 8086<br /> database='my_test_db'<br /> <br /> url = 'http://{}:{}/write?db={}&amp;precision=s'.format(server, port, database)<br /> <br /> for line in sys.stdin:<br /> try:<br /> data = json.loads(line)<br /> ts = time.strptime(data[&quot;metadata&quot;][&quot;time&quot;].split('.', 1)[0], '%Y-%m-%dT%H:%M:%S')<br /> msg = 'node,app_id=&quot;{}&quot;,dev_id=&quot;{}&quot; temp_degC={},vcc_V={},pres_hPa={},humi_Percent={},gtw_id=&quot;{}&quot;,rssi={} {}'.format(<br /> data[&quot;app_id&quot;], data[&quot;dev_id&quot;], data[&quot;payload_fields&quot;][&quot;temp_degC&quot;], data[&quot;payload_fields&quot;][&quot;vcc_V&quot;],<br /> data[&quot;payload_fields&quot;][&quot;pres_hPa&quot;], data[&quot;payload_fields&quot;][&quot;humi_Percent&quot;], data[&quot;metadata&quot;][&quot;gateways&quot;][0][&quot;gtw_id&quot;],<br /> data[&quot;metadata&quot;][&quot;gateways&quot;][0][&quot;rssi&quot;], int(time.mktime(ts)))<br /> result = requests.post(url, data=msg)<br /> print('insert date &quot;{}&quot; result: &quot;{}&quot;'.format(data[&quot;metadata&quot;][&quot;time&quot;], result.text))<br /> except Exception as e:<br /> print(&quot;ignoring '{}': '{}'&quot;.format(line, e))<br /> &lt;/nowiki&gt;<br /> <br /> === Call Python as CGI from Apache Webserver ===<br /> <br /> Next step is to use similar python code to insert the data automatically each time apache receives an HTTP request from The ThingsNetwork.<br /> <br /> * Enable the apache python module by adding &quot;python&quot; to the APACHE_MODULES line of /etc/sysconfig/apache2.<br /> * Enable execution of python scripts in a directory by adding file /etc/apache2/conf.d/cgi-py.conf (basename not relevant, but needs to end in .conf):<br /> &lt;Directory /srv/www/htdocs/ttn&gt;<br /> Options +ExecCGI<br /> AddHandler cgi-script .py<br /> &lt;/Directory&gt;<br /> * Create the directory and restart apache to load the new config<br /> mkdir /srv/www/htdocs/ttn<br /> systemctrl restart apache<br /> * Create a python file in the configured directory that prints the whole html page, including headers and make the file executable<br /> vi /srv/www/htdocs/ttn/hello-cgi.py<br /> chmod +x /srv/www/htdocs/ttn/hello-cgi.py<br /> * Content of a simple example file:<br /> #!/usr/bin/env python<br /> print(&quot;Content-Type: text/html;charset=utf-8&quot;)<br /> print()<br /> print(&quot;Hello CGI World!&quot;)<br /> <br /> === Call Python as WSGI from Apache Webserver ===<br /> <br /> WSGI is the more modern approach to calling python. To make it work,<br /> <br /> * Install apache module for wsgi and python3 (zypper in apache2-mod_wsgi-python3)<br /> * If above step didn't do it, enable the apache wsgi module by adding &quot;wsgi&quot; to the APACHE_MODULES line of /etc/sysconfig/apache2.<br /> * Enable execution of a python script by adding file /etc/apache2/conf.d/wsgi-py.conf (basename not relevant, but needs to end in .conf):<br /> WSGIScriptAlias /ttn/hello-wsgi.py /srv/www/htdocs/ttn/hello-wsgi.py<br /> &lt;Directory /srv/www/htdocs/ttn&gt;<br /> Require all granted<br /> &lt;/Directory&gt;<br /> * Create the directory and restart apache to load the new config<br /> mkdir /srv/www/htdocs/ttn<br /> systemctrl restart apache<br /> * Create the python file used in the alias that prints the whole html page, including headers and make the file executable<br /> vi /srv/www/htdocs/ttn/hello-wsgi.py<br /> chmod +x /srv/www/htdocs/ttn/hello-wsgi.py<br /> * Content of a simple example file:<br /> def application(environ, start_response):<br /> status = '200 OK'<br /> output = b'Hello WSGI World!'<br /> <br /> response_headers = [('Content-type', 'text/plain'),<br /> ('Content-Length', str(len(output)))]<br /> start_response(status, response_headers)<br /> <br /> return [output]<br /> * A bit more involved example showing the environment and POST data (if any)<br /> import json<br /> <br /> def application(environ, start_response):<br /> status = '200 OK'<br /> output = 'Hello WSGI World!\n'<br /> <br /> response_body = [<br /> '%s: %s' % (key, value) for key, value in sorted(environ.items())<br /> ]<br /> output += '\n'.join(response_body)<br /> <br /> try:<br /> if environ[&quot;REQUEST_METHOD&quot;] == &quot;POST&quot;:<br /> output += &quot;\nPOST method&quot;<br /> request_body_size = int(environ['CONTENT_LENGTH'])<br /> request_body = environ['wsgi.input'].read(request_body_size)<br /> s = &quot;&quot;.join(chr(b) for b in request_body)<br /> output += &quot;\nData: &quot; + s<br /> data = json.loads(s)<br /> output += &quot;\nJson: &quot; + json.dumps(data, sort_keys=True, indent=4)<br /> except Exception as e:<br /> output += &quot;\nException: &quot; + str(e)<br /> <br /> response_headers = [('Content-type', 'text/plain'),<br /> ('Content-Length', str(len(output)))]<br /> start_response(status, response_headers)<br /> <br /> return [output.encode('Utf-8')]<br /> <br /> Call this e.g. with<br /> wget -q -O- --post-data '{&quot;a&quot;:1}' http://localhost/ttn/hello-wsgi.py<br /> <br /> More infos about setting up wsgi are in the [https://modwsgi.readthedocs.io/en/develop/user-guides/configuration-guidelines.html WSGI guidelines].<br /> <br /> === Transform TTN JSON data to InfluxDB Inserts ===<br /> <br /> Modified python script to send POST request data from TTN to a logfile and insert data into InfluxDB<br /> <br /> &lt;nowiki&gt;<br /> import json<br /> import requests<br /> import time<br /> import calendar<br /> <br /> # Log to contain the whole JSON objects from TTN<br /> log_file = '/var/log/ttn/thp84.log'<br /> <br /> # InfluxDB parameters<br /> server = 'localhost'<br /> port = 8086<br /> database='ttn'<br /> url = 'http://{}:{}/write?db={}&amp;precision=s'.format(server, port, database)<br /> <br /> def application(environ, start_response):<br /> try:<br /> if environ[&quot;REQUEST_METHOD&quot;] == &quot;POST&quot;:<br /> <br /> # get data as received from TTN<br /> request_body_size = int(environ['CONTENT_LENGTH'])<br /> request_body = environ['wsgi.input'].read(request_body_size)<br /> body_string = &quot;&quot;.join(chr(b) for b in request_body)<br /> <br /> # write received data to log file<br /> with open(log_file, 'a') as log:<br /> log.write(body_string)<br /> log.write('\n')<br /> <br /> # parse utc timestamp from TTN into time tuple<br /> data = json.loads(body_string)<br /> ts = time.strptime(data[&quot;metadata&quot;][&quot;time&quot;].split('.', 1)[0], '%Y-%m-%dT%H:%M:%S')<br /> <br /> # find gateway with best RSSI<br /> rssi = -999<br /> for gw in data[&quot;metadata&quot;][&quot;gateways&quot;]:<br /> if gw[&quot;rssi&quot;] &gt; rssi:<br /> rssi = gw[&quot;rssi&quot;]<br /> gtw_id = gw[&quot;gtw_id&quot;]<br /> <br /> # build InfluxDB insert string with explicit utc time in seconds resolution<br /> msg = 'measurements,app_id=&quot;{}&quot;,dev_id=&quot;{}&quot; temp_degC={},vcc_V={},pres_hPa={},humi_Percent={},gtw_id=&quot;{}&quot;,rssi={} {}'.format(<br /> data[&quot;app_id&quot;], data[&quot;dev_id&quot;], data[&quot;payload_fields&quot;][&quot;temp_degC&quot;], data[&quot;payload_fields&quot;][&quot;vcc_V&quot;],<br /> data[&quot;payload_fields&quot;][&quot;pres_hPa&quot;], data[&quot;payload_fields&quot;][&quot;humi_Percent&quot;], gtw_id, rssi, int(calendar.timegm(ts)))<br /> <br /> # send insert request to the database<br /> result = requests.post(url, data=msg)<br /> output = 'OK'<br /> except Exception as e:<br /> output = &quot;Exception: &quot; + str(e)<br /> <br /> # send OK to TTN<br /> status = '200 OK'<br /> response_headers = [('Content-type', 'text/plain'),<br /> ('Content-Length', str(len(output)))]<br /> start_response(status, response_headers)<br /> <br /> return [output.encode('Utf-8')]<br /> &lt;/nowiki&gt;<br /> <br /> === Import Historic TTN Data ===<br /> <br /> Import data from logs into InfluxDB <br /> <br /> cat /var/log/ttn/thp84.log | python3 thp84.py<br /> <br /> === Grafana Dashboard for TTN Data from InfluxDB ===<br /> <br /> build dashboard with a panel for each data item (like temperature, rssi, ...)<br /> <br /> An example is https://github.com/joba-1/ATTiny84TTN/blob/master/plots/Grafana-dashboard-TTN-thp84-Device.json<br /> <br /> [[File:TTN-thp84-Device-Grafana.png|600px]]<br /> <br /> My local dashboard: http://job4:3000/d/lUpjxBfZk/ttn-thp84-device?from=now-30d&amp;to=now</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=15991 2025-01-19T11:02:26Z

<p>Joachim: /* Tango */</p> <hr /> <div>/dev/mapper/fiovg-sapbak /backup/c/Users/d064412/Videos/<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * 3 x Valentino<br /> * Dame rechts wedeln<br /> * Wiegeschritt<br /> * geradeaus Promenade<br /> * Linksdrehung<br /> * Viererschritt, vor Dame rechts drehen<br /> ** links vor - rechts seit - zurück, zurück, zusammendrehen, Rechtsdrehung<br /> * Öffnen, Hinterkreuzen, Dame rechts rum in Grundposition, schnelle Linksdrehung?<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=15990 2025-01-19T11:01:34Z

<p>Joachim: /* Tango */</p> <hr /> <div>/dev/mapper/fiovg-sapbak /backup/c/Users/d064412/Videos/<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * 3xValentino<br /> * Dame rechts wedeln<br /> * Wiegeschritt<br /> * geradeaus Promenade<br /> * Linksdrehung<br /> * Viererschritt, vor Dame rechts drehen<br /> ** links vor - rechts seit - zurück, zurück, zusammendrehen, rechtsdrehung<br /> * Öffnen, Hinterkreuzen, Dame rechts rum in Grundposition<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=15989 2025-01-19T10:59:23Z

<p>Joachim: /* Tango */</p> <hr /> <div>/dev/mapper/fiovg-sapbak /backup/c/Users/d064412/Videos/<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * 3xValentino<br /> * Dame rechts wedeln<br /> * Wiegeschritt<br /> * geradeaus Promenade<br /> * Linksdrehung<br /> * Viererschritt, vor Dame drehen<br /> * Öffnen, Hinterkreuzen, Dame rechts rum in Grundposition<br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> * links vor - rechts seit - zurück, zurück, zusammendrehen, rechtsdrehung<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_Tumbleweed&diff=15988 2025-01-01T12:26:09Z

<p>Joachim: </p> <hr /> <div>== Update from Leap 15.3 to Tumbleweed ==<br /> <br /> see README.tumbleweed on share qnap:/joachim/ (or job4:/home/joachim/)<br /> <br /> possibly outdated:<br /> <br /> * Make sure all fio entries in fstab use nofail option<br /> * Disabled reiserfs lv vid2vg/video -&gt; save later...<br /> * DL tumbleweed iso, write to stick with imagewriter, boot -&gt; F11 -&gt; stick<br /> * Rebuilt iomemory.vsl like /root/README.fio-lvm<br /> # git clone https://github.com/snuf/iomemory-vsl<br /> cd iomemory-vsl<br /> git pull origin main<br /> # git checkout v4.20.1<br /> cd root/usr/src/iomemory-vsl-3.2.16/<br /> make gpl<br /> cp -av iomemory-vsl.ko /lib/modules/`uname -r`<br /> depmod<br /> modprobe -v iomemory-vsl<br /> <br /> * enabled community repos, installed nvidia, updated to G06, zypper dup --from 'Packman Repo', to remove flickering removed boot option nosimplefb=1<br /> * (Undone: mv /usr/libexec/tracker-extract-3 /usr/libexec/tracker-extract-3.bak (used 100% cpu))<br /> * sudo a2enmod wsgi for /etc/apache2/conf.d/ttn-py.conf<br /> * Restart and enable mariadb to get JobaPedia running (mariadb was off due to needed manual checks for version change)<br /> * Restart and enable influxdb after restoring /etc/influx/influx.conf from rpmsave (was disabled due to possibly incompatible version update)<br /> * Restored /etc/services entries for DB2 from services.rpmsave (or complaines about db2nodes.cfg code 11) and restarted db2mspr service<br /> DB2_db2inst1 60000/tcp<br /> DB2_db2inst1_1 60001/tcp<br /> DB2_db2inst1_2 60002/tcp<br /> DB2_db2inst1_3 60003/tcp<br /> DB2_db2inst1_4 60004/tcp<br /> DB2_db2inst1_END 60005/tcp<br /> db2c_db2inst1 50001/tcp<br /> DB2_db2mspr 60006/tcp<br /> DB2_db2mspr_1 60007/tcp<br /> DB2_db2mspr_2 60008/tcp<br /> DB2_db2mspr_3 60009/tcp<br /> DB2_db2mspr_4 60010/tcp<br /> DB2_db2mspr_END 60011/tcp<br /> db2c_db2mspr 50002/tcp<br /> * Copy php7 pdo_ibm.ini to /etc/php8/conf.d and recompile ibm_pdo (see also JobaPedia)<br /> ** inst php8-devel<br /> ** pecl update-channel-update pecl.php.net<br /> ** pecl install -f -n --ignore-errors pdo_ibm<br /> *** use db2 install location /home/db2mspr/dsdriver<br /> * Update domoticz (last tested with domoticz 2024.3, tumbleweed 2024-07-12/boost 0.85/cmake 3.30 and python 3.12.1)<br /> ** using cmake 3.25.2 (3.17 failed to detect own python)<br /> ** using boost &gt;= 1_81, set USE_STATIC_BOOST = NO in CMakeLists.txt<br /> ** Update z-wave<br /> *** git pull z-wave repo of user domoticz, checkout master<br /> *** comment out null pointer access in AssociationCommandConfiguration.cpp twice<br /> *** make, sudo make install<br /> ** git pull domoticz repo of user domoticz, checkout 2024.7 (latest as of 2025.1)<br /> ** set python env<br /> export PATH=/home/domoticz/python-3.12.1/bin:$PATH<br /> export PYTHONHOME=/home/domoticz/python-3.12.1/<br /> export PYTHONPATH=/home/domoticz/python-3.12.1/lib/python3.12:/home/domoticz/python-3.12.1/lib/python3.12/lib-dynload<br /> export LD_LIBRARY_PATH=/home/domoticz/python-3.12.1/lib<br /> pip3 install --upgrade pip<br /> pip3 install requests<br /> ** compile and install<br /> rm CMakeCache.txt<br /> cmake -DCMAKE_BUILD_TYPE=Release CMakeLists.txt<br /> make -j8<br /> make install<br /> ** adapt service file<br /> Environment=&quot;PATH=/home/domoticz/python-3.12.1/bin:/home/domoticz/bin:/usr/local/bin:/usr/bin:/bin&quot; &quot;PYTHONHOME=/home/domoticz/python-3.12.1&quot; &quot;PYTHONPATH=/home/domoticz/python-3.12.1/lib/python3.12:/home/domoticz/python-3.12.1/lib/python3.12/lib-dynload&quot; &quot;LD_LIBRARY_PATH=/home/domoticz/python-3.12.1/lib/&quot;<br /> ExecStart=/opt/domoticz/domoticz -daemon -syslog -pidfile /var/run/domoticz/domoticz.pid -www 8888 -sslwww 8443<br /> ** Adapt python clients for mq135 and airrohr to more secure json api<br /> *** in domoticz add user (here sensors) with pw (here open) with user role and add devices to update to the user<br /> *** in domoticz allow http for api requests<br /> *** adapt http requests to use basic auth<br /> url = &quot;http://{}/json.htm?type=command&amp;param=udevice&amp;idx={}&amp;nvalue={}&quot;.format(srv, idx, val)<br /> request = Request(url)<br /> base64string = base64.b64encode(b'sensors:open').decode('utf-8')<br /> request.add_header(&quot;Authorization&quot;, &quot;Basic {}&quot;.format(base64string))<br /> page = urlopen(request)<br /> ** adapt service files<br /> *** look for warnings in syslog during systemctl daemon-reload<br /> *** remove output to syslog (obsolete)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_Tumbleweed&diff=15987 2025-01-01T12:24:52Z

<p>Joachim: </p> <hr /> <div>== Update from Leap 15.3 to Tumbleweed ==<br /> <br /> see README.tumbleweed on share qnap:/joachim/ (or job4:/home/joachim/)<br /> <br /> possibly outdated:<br /> <br /> * Make sure all fio entries in fstab use nofail option<br /> * Disabled reiserfs lv vid2vg/video -&gt; save later...<br /> * DL tumbleweed iso, write to stick with imagewriter, boot -&gt; F11 -&gt; stick<br /> * Rebuilt iomemory.vsl like /root/README.fio-lvm<br /> # git clone https://github.com/snuf/iomemory-vsl<br /> cd iomemory-vsl<br /> git pull origin main<br /> # git checkout v4.20.1<br /> cd root/usr/src/iomemory-vsl-3.2.16/<br /> make gpl<br /> cp -av iomemory-vsl.ko /lib/modules/`uname -r`<br /> depmod<br /> modprobe -v iomemory-vsl<br /> <br /> * enabled community repos, installed nvidia, updated to G06, zypper dup --from 'Packman Repo', to remove flickering removed boot option nosimplefb=1<br /> * (Undone: mv /usr/libexec/tracker-extract-3 /usr/libexec/tracker-extract-3.bak (used 100% cpu))<br /> * sudo a2enmod wsgi for /etc/apache2/conf.d/ttn-py.conf<br /> * Restart and enable mariadb to get JobaPedia running (mariadb was off due to needed manual checks for version change)<br /> * Restart and enable influxdb after restoring /etc/influx/influx.conf from rpmsave (was disabled due to possibly incompatible version update)<br /> * Restored /etc/services entries for DB2 from services.rpmsave (or complaines about db2nodes.cfg code 11) and restarted db2mspr service<br /> DB2_db2inst1 60000/tcp<br /> DB2_db2inst1_1 60001/tcp<br /> DB2_db2inst1_2 60002/tcp<br /> DB2_db2inst1_3 60003/tcp<br /> DB2_db2inst1_4 60004/tcp<br /> DB2_db2inst1_END 60005/tcp<br /> db2c_db2inst1 50001/tcp<br /> DB2_db2mspr 60006/tcp<br /> DB2_db2mspr_1 60007/tcp<br /> DB2_db2mspr_2 60008/tcp<br /> DB2_db2mspr_3 60009/tcp<br /> DB2_db2mspr_4 60010/tcp<br /> DB2_db2mspr_END 60011/tcp<br /> db2c_db2mspr 50002/tcp<br /> * Copy php7 pdo_ibm.ini to /etc/php8/conf.d and recompile ibm_pdo (see also JobaPedia)<br /> ** inst php8-devel<br /> ** pecl update-channel-update pecl.php.net<br /> ** pecl install -f -n --ignore-errors pdo_ibm<br /> *** use db2 install location /home/db2mspr/dsdriver<br /> * Update domoticz (last tested with domoticz 2024.3, tumbleweed 2024-07-12/boost 0.85/cmake 3.30 and python 3.12.1)<br /> ** using cmake 3.25.2 (3.17 failed to detect own python)<br /> ** using boost &gt;= 1_81, set USE_STATIC_BOOST = NO in CMakeLists.txt<br /> ** Update z-wave<br /> *** git pull z-wave repo of user domoticz, checkout master<br /> *** comment out null pointer access in AssociationCommandConfiguration.cpp twice<br /> *** make, sudo make install<br /> ** git pull domoticz repo of user domoticz, checkout 2024.7 (latest as of 2025.1)<br /> ** set python env<br /> export PATH=/home/domoticz/python-3.12.1/bin:$PATH<br /> export PYTHONHOME=/home/domoticz/python-3.12.1/<br /> export PYTHONPATH=/home/domoticz/python-3.12.1/lib/python3.12:/home/domoticz/python-3.12.1/lib/python3.12/lib-dynload<br /> export LD_LIBRARY_PATH=/home/domoticz/python-3.12.1/lib<br /> pip3 install requests<br /> ** compile and install<br /> rm CMakeCache.txt<br /> cmake -DCMAKE_BUILD_TYPE=Release CMakeLists.txt<br /> make -j8<br /> make install<br /> ** adapt service file<br /> Environment=&quot;PATH=/home/domoticz/python-3.12.1/bin:/home/domoticz/bin:/usr/local/bin:/usr/bin:/bin&quot; &quot;PYTHONHOME=/home/domoticz/python-3.12.1&quot; &quot;PYTHONPATH=/home/domoticz/python-3.12.1/lib/python3.12:/home/domoticz/python-3.12.1/lib/python3.12/lib-dynload&quot; &quot;LD_LIBRARY_PATH=/home/domoticz/python-3.12.1/lib/&quot;<br /> ExecStart=/opt/domoticz/domoticz -daemon -syslog -pidfile /var/run/domoticz/domoticz.pid -www 8888 -sslwww 8443<br /> ** Adapt python clients for mq135 and airrohr to more secure json api<br /> *** in domoticz add user (here sensors) with pw (here open) with user role and add devices to update to the user<br /> *** in domoticz allow http for api requests<br /> *** adapt http requests to use basic auth<br /> url = &quot;http://{}/json.htm?type=command&amp;param=udevice&amp;idx={}&amp;nvalue={}&quot;.format(srv, idx, val)<br /> request = Request(url)<br /> base64string = base64.b64encode(b'sensors:open').decode('utf-8')<br /> request.add_header(&quot;Authorization&quot;, &quot;Basic {}&quot;.format(base64string))<br /> page = urlopen(request)<br /> ** adapt service files<br /> *** look for warnings in syslog during systemctl daemon-reload<br /> *** remove output to syslog (obsolete)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15986 2024-11-29T00:44:41Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://shelly2|Rolladen<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15985 2024-10-04T00:12:46Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1 Treppe<br /> ** http://wled2|WLED 2 Garten<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15984 2024-10-04T00:11:55Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1<br /> ** http://wled2|WLED 2<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=15983 2024-09-30T15:06:25Z

<p>Joachim: </p> <hr /> <div>/dev/mapper/fiovg-sapbak /backup/c/Users/d064412/Videos/<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * rechts Wiegeschritt<br /> * geradeaus Promenade<br /> * links Linksdrehung<br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> * links vor - rechts seit - zurück, zurück, zusammendrehen, rechtsdrehung<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Tanzen&diff=15982 2024-09-30T15:00:54Z

<p>Joachim: </p> <hr /> <div>/backup/c/Users/d064412/Videos/<br /> <br /> = Walzer =<br /> <br /> * Anfang Takt 1 Rechts in Tanzrichtung<br /> * 3/4 Takt<br /> * 1 runter-weit, 2 hoch-kurz, 3 normal <br /> <br /> == Figurenfolgen ==<br /> <br /> * re 360<br /> * li 270<br /> * Promenade<br /> * Flechte<br /> * V6 light<br /> * Telemark<br /> * 3Wiege,3vor Drehung<br /> * Schwan<br /> <br /> <br /> * 2T 360G rechts<br /> * 1T Grund<br /> * 2T 270G links<br /> * Promenade (vor, rechts+90, ran), rechts (360+90), links (90)<br /> * Flechte<br /> * schnell rechts, rückkreuzen, 90 links, vorlogstep, rechts (360+90), links (90)<br /> <br /> genauer (alt)<br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Grundschritt 2<br /> ** links vor - seit - ran<br /> <br /> * Rechtsdrehung<br /> ** rechts 90° rechts vor - links 90° zurück - ran<br /> ** links 90° zurück - 90° vor - ran<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Flechte<br /> ** li vor, re seit, li ran<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** ... <br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * 3/4 Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> * Kreuzschritt<br /> ** li vor, re seit, li ran<br /> ** ...<br /> ** re weit vor, li weit 90° rechts vor Dame, re 90° zurück<br /> ** 3/4 3er Wiegedrehung rechts<br /> ** 1/4 Drehung links in Tanzrichtung<br /> <br /> * Grundschritt 1<br /> ** rechts vor - seit - ran<br /> * Ganze Linksdrehung<br /> ** links 60° links vor - rechts 60° zurück - ran <br /> ** rechts 60° links zurück - links 60° zurück - ran<br /> <br /> = Wiener Walzer =<br /> <br /> Anfang 30° links zur Tanzrichtung (so dass 2. Schritt raumgreifend in Tanzrichtung geht) Takt 1 rechts<br /> <br /> 3/4 Takt schnell<br /> <br /> == Figurenfolgen ==<br /> <br /> * Rechtsdrehung (x*2 Takte)<br /> * Zwischenschritt 1 (1 Takt)<br /> ** dabei 60° rechts<br /> * Linksdrehung (x*2 Takte)<br /> ** Rückwärts kreuzen<br /> * Zwischenschritt 2 (1 Takt)<br /> ** dabei 60° links<br /> <br /> wenn Arme bzw. Ellenbogen in Tanzrichtung zeigen, dann nach oben (ganze Körper beugen)<br /> <br /> = Foxtrott =<br /> <br /> Anfang links vor nach außen<br /> <br /> lang - lang - kurz - kurz<br /> <br /> lang ist tief, kurz hoch (Fußspitze)<br /> <br /> * Grundschritt<br /> ** links vor - rechts vor - links seit - rechts ran <br /> * Wiegedrehung rechts<br /> * Promenade mit Wechselschritt, danach Rechtsdrehung<br /> * Linksdrehung (1, 2 in Tanzrichtung langsam; 3, 4 schnell, dabei 180° drehen und hoch).<br /> * Rechtsdrehung 360+30, rückwärts kreuzen, 120° links, vor Logstep, Rechtsdrehung,<br /> * V6<br /> * Endlauf (Anfang wie V6 ausser etwas mehr Rechtsdrehung) dann statt Richtungswechsel weiterdrehen<br /> <br /> = Quickstep =<br /> <br /> wie Foxtrott ab 100bpm, aber nach Wiegedrehung nicht seit - schluss<br /> <br /> Grundrythmus: 1 lang, 2,3 kurz, 4 lang 5,6 kurz<br /> <br /> bisher 3 &quot;Strecken&quot; mit 2 Grundrythmen links rum + 1 Grundrythmus rechts rum in eine Ecke.<br /> <br /> == Strecke 1 ==<br /> <br /> * 4 vor 2 li<br /> * 2 li 4 Dame vorholen<br /> * 2 re rück, ran 2 vor<br /> <br /> == Strecke 2 ==<br /> <br /> * 1 lang, 6 schnell links rum dann 4 lang 5,6 kurz, dann wieder Abschluss rechts rum<br /> <br /> == Strecke 3 ==<br /> <br /> * Anfang mit Telemark, 2 vor, in die Knie<br /> * 180° ohne Schritte rechts drehen, dann wieder zurück, dann Grundrythmus rechts rum<br /> <br /> = Tango =<br /> <br /> Anfang links nach außen<br /> <br /> lang lang kurz kurz lang kurz kurz lang<br /> <br /> * rechts Wiegeschritt<br /> * geradeaus Promenade<br /> * links Linksdrehung<br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> * links vor - rechts seit - zurück, zurück, zusammendrehen, rechtsdrehung<br /> <br /> = Cha-cha-cha =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> <br /> * Dame raus<br /> * Dame stoppen, Rückwärtspromenade, Sidekick<br /> * 3x mitte, rausdrehen<br /> * Beinschlenker<br /> * <br /> * Grundschritt<br /> ** links vor - rechts zurück - links,rechts,links seite - rechts zurück - links vor - rechts,links,rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Fan (Dame ran, dann 90° links zurück, Damendrehung in...<br /> * Promenade rückwärts<br /> * Seit - Kick - ran<br /> <br /> = Rumba =<br /> <br /> Anfang nach außen rechts seite - links vor - rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor - rechts zurück - links seite - rechts zurück - links vor - rechts seite<br /> * Damendrehung<br /> * Promenade vorwärts<br /> * Damendrehung<br /> * Promenade rückwärts<br /> * Hand to Hand<br /> <br /> = Jive =<br /> <br /> Anfang nach außen links vor, rechts zurück<br /> <br /> * Grundschritt<br /> ** links vor, rechts zurück - seite links-rechts-links - seite rechts links rechts<br /> * Damendrehung<br /> * Platzwechsel<br /> * Spin (linke oder rechte Hand)<br /> * Schritt vor &quot;hüpfen&quot;, dabei Dame parallel daneben)<br /> <br /> = Samba =<br /> <br /> Anfang rechts nach außen<br /> <br /> lang (dabei erst auf dann ab) - kurz - kurz<br /> <br /> * Drehung rechts 4* 1/4<br /> * Wischer 3*<br /> * Promenade 4*<br /> * Botafogo (Dame vor Herr 4* Seitenwechsel)<br /> * Volta: nochmal selber Start wie Botafogo, 2. Schritt eher rück, dann hinteres Bein vorne vorbei, vorderes kurz stützen seitlich. Nach 2* Seitenwechsel, dann noch 2 Seitenwechsel<br /> * Dame eindrehen (anzeigen durch Weg versperren)<br /> <br /> = Paso doble =<br /> <br /> * 2/4 Takt<br /> * Start links in Tanzrichtung<br /> <br /> * 4 Schritte am Platz<br /> * 4 Schritte vor<br /> * Seit - ran - seit - ran mit Armbewegung<br /> * Zurück mit oder ohne Damendrehung<br /> <br /> * Herr ein Schritt vor, Rest auf der Stelle, Dame mehr zurück, dann kommt Dame wieder ran: 4* vor (rechter Fuß links, linker Fuß rechts)<br /> * Appell, rechts drehen an Dame vorbei. Rückfallschritt, Damendrehung Ende Herr Rücken zur Wand,<br /> <br /> * 1, 2, cha cha cha drei mal, 1, 2 rückwärts, 1,2 vor, 1,2 rück, cha cha cha auf 6 ran<br /> <br /> = Discofox =<br /> <br /> Lang - kurz - kurz<br /> <br /> = Lindy Hop =<br /> <br /> == Grundschritt ==<br /> * li rück, vor, 1,2,3 n.l. seitwärts<br /> * re vor, rück, 1,2,3 n.r. seitwärts<br /> <br /> == Figuren ==<br /> * Dame rückwärts links raus und nach hinten beugen, wieder zurück<br /> * Caree<br /> ** li r, v, 1,2,3 n.l mit 90° li<br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 180°; <br /> ** 2* Herr vor, Dame rück, 1,2,3 mit 90° li<br /> * Dame n.l. links trennen, Twist, wieder zusammen<br /> * Drehung im Uhrzeigersinn (wie Jive)</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15981 2024-09-12T16:33:49Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1<br /> ** http://wled2|WLED 2<br /> ** http://nat2:8080|LiFePO_Island<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15980 2024-09-12T15:23:35Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** https://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** https://qnap:4433|QNAP NAS<br /> ** https://fritz.box|Fritzbox<br /> ** https://ax4|AX Router Wohnzimmer<br /> ** https://ax3|AX Router Julian (DNS)<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1<br /> ** http://wled2|WLED 2<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&diff=15979 2024-09-12T15:21:36Z

<p>Joachim: </p> <hr /> <div>* navigation<br /> ** mainpage|mainpage-description<br /> ** recentchanges-url|recentchanges<br /> ** randompage-url|randompage<br /> ** helppage|help-mediawiki<br /> * Remote<br /> ** https://github.com/joba-1/|My Github Repo<br /> ** https://banzhaf.chickenkiller.com|Webserver<br /> ** https://banzhaf.chickenkiller.com/flowable-ui/|Flowable<br /> ** https://banzhaf.chickenkiller.com/grafana|Grafana<br /> ** https://banzhaf.chickenkiller.com:7000|Jupyter Hub<br /> ** https://banzhaf.chickenkiller.com/Web|Eibele Booking<br /> ** https://banzhaf.chickenkiller.com/nextcloud|My Next Cloud<br /> ** http://banzhaf.chickenkiller.com:8123|Home Assistant<br /> ** https://banzhaf.chickenkiller.com/mediawiki/index.php?title=MediaWiki:Sidebar&amp;action=edit|Mediawiki Sidebar<br /> * Local<br /> ** http://job4:8000/|Trac Wiki<br /> ** http://job4:8888/#/Dashboard|Domoticz<br /> ** https://qnap:4433|QNAP NAS<br /> ** http://fritz.box|Fritzbox<br /> ** http://ax4|AX Router Wohnzimmer<br /> ** http://ax3|AX Router Julian (DNS)<br /> ** http://vu-uno|Sat Receiver Wohnzimmer<br /> ** http://vuzero|Sat Receiver Schlafzimmer<br /> ** http://wled1|WLED 1<br /> ** http://wled2|WLED 2<br /> ** http://mqtt-rxv1600|RX-V1600<br /> ** http://intertechnogw|Intertechno Gateway<br /> ** http://kyo5526|Kyocera M5526cdn Printer<br /> ** http://job4/phpMyAdmin|MySQL Admin<br /> * SEARCH<br /> * TOOLBOX<br /> * LANGUAGES</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_LetsEncrypt&diff=15978 2024-09-12T13:50:48Z

<p>Joachim: /* Manual Setup */</p> <hr /> <div>= Let's Encrypt =<br /> <br /> I replaced my self signed certs of my dyndns domain with official ones from [[https://letsencrypt.org/ Let’s Encrypt]]:<br /> <br /> == Current Process ==<br /> <br /> === Install ===<br /> <br /> sudo zypper in certbot-systemd-timer<br /> sudo systemctl enable certbot-renew.timer<br /> sudo systemctl start certbot-renew.timer<br /> <br /> also install renewal scripts for fritzbox, openwrt, qnap, grafana (see post hooks below, but except apache and fritzbox, direct external access is not usually enabled/used) <br /> <br /> maybe also needed: python311-certbot-apache<br /> <br /> === Configuration ===<br /> <br /> /etc/letsencrypt/renewal-hooks/post:<br /> lrwxrwxrwx 1 root root 38 Oct 15 2018 fritzbox-cert-update.sh -&gt; /usr/local/bin/fritzbox-cert-update.sh<br /> lrwxrwxrwx 1 root root 37 Jul 7 2021 openwrt-cert-update.sh -&gt; /usr/local/bin/openwrt-cert-update.sh<br /> -rwxr-xr-x 1 root root 1306 Mar 23 2022 mosquitto-copy.sh<br /> -rwxr-xr-x 1 root root 53 Aug 7 2022 grafana-restart.sh<br /> lrwxrwxrwx 1 root root 34 Oct 15 2022 qnap-cert-update.sh -&gt; /usr/local/bin/qnap-cert-update.sh<br /> <br /> * qnap needs /etc/letsencrypt/id_rsa.letsencrypt.pub in qnap:~admin/.ssh/authorized_keys<br /> <br /> === Check ===<br /> <br /> note: starting the service (directly or via timer) uses a random delay of several minutes<br /> <br /> ==== Date of cert files ====<br /> /etc/letsencrypt/live/banzhaf.chickenkiller.com:<br /> -rw-r--r-- 1 root root 682 Aug 4 2018 README<br /> lrwxrwxrwx 1 root root 53 Aug 12 11:13 privkey.pem -&gt; ../../archive/banzhaf.chickenkiller.com/privkey30.pem<br /> lrwxrwxrwx 1 root root 55 Aug 12 11:13 fullchain.pem -&gt; ../../archive/banzhaf.chickenkiller.com/fullchain30.pem<br /> lrwxrwxrwx 1 root root 51 Aug 12 11:13 chain.pem -&gt; ../../archive/banzhaf.chickenkiller.com/chain30.pem<br /> lrwxrwxrwx 1 root root 50 Aug 12 11:13 cert.pem -&gt; ../../archive/banzhaf.chickenkiller.com/cert30.pem<br /> <br /> ==== Systemd status ====<br /> <br /> systemctl status certbot-renew.timer<br /> <br /> ==== Journal ====<br /> <br /> journalctl -u certbot-renew.service<br /> journalctl -f -u certbot-renew.service<br /> <br /> == Request First Cert ==<br /> <br /> ssh root@job4<br /> cd /usr/local/bin<br /> sudo wget https://dl.eff.org/certbot-auto<br /> sudo certbot-auto --apache<br /> <br /> == Apache Config Preparation ==<br /> <br /> At first, this did not work. The script needs a vhost for port 80, so I created one:<br /> <br /> /etc/apache2/vhosts.d/vhost-chickenkiller.conf:<br /> <br /> &lt;VirtualHost *:80&gt;<br /> ServerAdmin joachim.banzhaf@gmail.com<br /> ServerName banzhaf.chickenkiller.com<br /> ServerAlias banzhaf.chickenkiller.com<br /> DocumentRoot /srv/www/htdocs<br /> ErrorLog /var/log/apache2/error.log<br /> CustomLog /var/log/apache2/access.log combined<br /> &lt;/VirtualHost&gt;<br /> <br /> Then it complained about syntax errors in my apache config that I needed to fix (quotes not closed).<br /> Finally the validation failed due to access errors. I had to remove all old style access control<br /> and use the new apache 2.4 style, which was more straightforward than I expected:<br /> * remove all &quot;Order deny/allow&quot; stuff that was not ifdefd<br /> * replace all &quot;Allow/Deny from all&quot; by &quot;Require all granted/denied&quot; if not ifdefd <br /> * replace all &quot;Allow from ip/hostname/net&quot; by &quot;Require host ip/hostname/net&quot;<br /> * remove module access_compat from /etc/sysconfig/apache2 variable APACHE_MODULES<br /> * systemctl restart apache2<br /> <br /> The script offered to configure forwarding http to https, which I accepted.<br /> I think it just added these lines to the virtual host file above:<br /> <br /> RewriteEngine on<br /> RewriteCond %{SERVER_NAME} =banzhaf.chickenkiller.com<br /> RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,NE,R=permanent]<br /> <br /> Now the cert was used and validated as safe (although chromium needed some time to accept it)<br /> <br /> == Automation ==<br /> <br /> The cert is only valid for 90 days. Better automate the renewal.<br /> It is enough to create this script<br /> <br /> /etc/cron.daily/certbot-auto-renew<br /> <br /> #!/bin/sh<br /> python -c 'import random; import time; time.sleep(random.random() * 3600)' &amp;&amp; /usr/local/bin/certbot-auto renew<br /> <br /> No idea why python came into the game. This should work as well...<br /> <br /> #!/bin/bash<br /> sleep $((RANDOM/9)) &amp;&amp; /usr/local/bin/certbot-auto renew<br /> <br /> == Fritz Box Cert ==<br /> <br /> === Automatic Update ===<br /> <br /> [https://gist.github.com/joba-1/365b30c6378f2d1f38687fb87ed1f7c9 This script] logs into the fritzbox and updates the cert for you.<br /> Just edit the variables at the start (user, pass, certpath). I use a separate fritzbox user for this.<br /> <br /> To make it even more easy: Store this script in /etc/letsencrypt/renewal-hooks/post and it gets run on updates (I'll see if that works in 2 months)<br /> <br /> === Manual Update ===<br /> <br /> To use the cert with the fritz box web interface<br /> <br /> ssh root@job4 'cat /etc/letsencrypt/live/banzhaf.chickenkiller.com/[pf]*.pem' &gt;fritz.pem<br /> <br /> Then upload this file in the fritz box cert store with the web interface (Internet/Freigaben/Fritzbox Dienste/)<br /> <br /> == OpenWRT ==<br /> <br /> === Manual Setup ===<br /> copy cert (cat crt+key in one pem) to /etc/letsencrypt by post hook script<br /> <br /> add host to HOSTS in job4:/etc/letsencrypt/renewal-hooks/post/openwrt-cert-update.sh<br /> <br /> ==== nginx ====<br /> uci set nginx._lan.ssl_certificate=/etc/letsencrypt/banzhaf.chickenkiller.com.pem<br /> uci set nginx._lan.ssl_certificate_key=/etc/letsencrypt/banzhaf.chickenkiller.com.pem<br /> uci set nginx._lan.uci_manage_ssl='my_letsencrypt'<br /> <br /> ==== uhttp (default) ====<br /> uci set uhttpd.main.key='/etc/letsencrypt/banzhaf.chickenkiller.com.pem'<br /> uci set uhttpd.main.cert='/etc/letsencrypt/banzhaf.chickenkiller.com.pem'<br /> <br /> === Automatic Renewal ===<br /> <br /> put this in /etc/letsencrypt/renewal-hooks/post (create the id_rsa.letsencrypt ssh key and deploy it to openwrt router /etc/letsencrypt/)<br /> <br /> #!/bin/bash<br /> <br /> # parameters<br /> CERT_SRC=&quot;/etc/letsencrypt/live/banzhaf.chickenkiller.com&quot;<br /> CERT_DST=&quot;/etc/letsencrypt&quot;<br /> CERT_FILE=&quot;banzhaf.chickenkiller.com.pem&quot;<br /> SSH_ID=&quot;/etc/letsencrypt/id_rsa.letsencrypt&quot;<br /> HOSTS=&quot;ax1 ax2&quot;<br /> <br /> cd &quot;$CERT_SRC&quot;<br /> for h in $HOSTS; do<br /> cat fullchain.pem privkey.pem | ssh -i &quot;$SSH_ID&quot; root@$h &quot;mkdir -p '$CERT_DST' &amp;&amp; cat &gt;'$CERT_DST/$CERT_FILE' &amp;&amp; /etc/init.d/uhttpd restart&quot;<br /> done<br /> <br /> == Grafana ==<br /> <br /> put this into /etc/grafana/grafana.ini<br /> <br /> # https certs &amp; key file<br /> cert_file = /etc/letsencrypt/live/banzhaf.chickenkiller.com/fullchain.pem<br /> cert_key = /etc/letsencrypt/live/banzhaf.chickenkiller.com/privkey.pem<br /> <br /> <br /> then it just needs a restart on cert renewal by putting this to /etc/letsencrypt/renewal-hooks/post<br /> <br /> #!/bin/bash<br /> systemctl restart grafana-server.service<br /> <br /> == Mosquitto Broker ==<br /> <br /> put this script in /etc/letsencrypt/renewal-hooks/post<br /> <br /> MY_DOMAIN=banzhaf.chickenkiller.com<br /> CERTIFICATE_DIR=/etc/mosquitto/certs<br /> <br /> if [ &quot;${RENEWED_DOMAINS}&quot; = &quot;${MY_DOMAIN}&quot; ]; then<br /> # Copy new certificate to Mosquitto directory<br /> cp ${RENEWED_LINEAGE}/fullchain.pem ${CERTIFICATE_DIR}/server.pem<br /> cp ${RENEWED_LINEAGE}/privkey.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Set ownership to Mosquitto<br /> chown mosquitto: ${CERTIFICATE_DIR}/server.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Ensure permissions are restrictive<br /> chmod 0600 ${CERTIFICATE_DIR}/server.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Tell Mosquitto to reload certificates and configuration<br /> pkill -HUP -x mosquitto<br /> fi</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Project_LetsEncrypt&diff=15977 2024-09-11T16:14:22Z

<p>Joachim: /* Manual Setup */</p> <hr /> <div>= Let's Encrypt =<br /> <br /> I replaced my self signed certs of my dyndns domain with official ones from [[https://letsencrypt.org/ Let’s Encrypt]]:<br /> <br /> == Current Process ==<br /> <br /> === Install ===<br /> <br /> sudo zypper in certbot-systemd-timer<br /> sudo systemctl enable certbot-renew.timer<br /> sudo systemctl start certbot-renew.timer<br /> <br /> also install renewal scripts for fritzbox, openwrt, qnap, grafana (see post hooks below, but except apache and fritzbox, direct external access is not usually enabled/used) <br /> <br /> maybe also needed: python311-certbot-apache<br /> <br /> === Configuration ===<br /> <br /> /etc/letsencrypt/renewal-hooks/post:<br /> lrwxrwxrwx 1 root root 38 Oct 15 2018 fritzbox-cert-update.sh -&gt; /usr/local/bin/fritzbox-cert-update.sh<br /> lrwxrwxrwx 1 root root 37 Jul 7 2021 openwrt-cert-update.sh -&gt; /usr/local/bin/openwrt-cert-update.sh<br /> -rwxr-xr-x 1 root root 1306 Mar 23 2022 mosquitto-copy.sh<br /> -rwxr-xr-x 1 root root 53 Aug 7 2022 grafana-restart.sh<br /> lrwxrwxrwx 1 root root 34 Oct 15 2022 qnap-cert-update.sh -&gt; /usr/local/bin/qnap-cert-update.sh<br /> <br /> * qnap needs /etc/letsencrypt/id_rsa.letsencrypt.pub in qnap:~admin/.ssh/authorized_keys<br /> <br /> === Check ===<br /> <br /> note: starting the service (directly or via timer) uses a random delay of several minutes<br /> <br /> ==== Date of cert files ====<br /> /etc/letsencrypt/live/banzhaf.chickenkiller.com:<br /> -rw-r--r-- 1 root root 682 Aug 4 2018 README<br /> lrwxrwxrwx 1 root root 53 Aug 12 11:13 privkey.pem -&gt; ../../archive/banzhaf.chickenkiller.com/privkey30.pem<br /> lrwxrwxrwx 1 root root 55 Aug 12 11:13 fullchain.pem -&gt; ../../archive/banzhaf.chickenkiller.com/fullchain30.pem<br /> lrwxrwxrwx 1 root root 51 Aug 12 11:13 chain.pem -&gt; ../../archive/banzhaf.chickenkiller.com/chain30.pem<br /> lrwxrwxrwx 1 root root 50 Aug 12 11:13 cert.pem -&gt; ../../archive/banzhaf.chickenkiller.com/cert30.pem<br /> <br /> ==== Systemd status ====<br /> <br /> systemctl status certbot-renew.timer<br /> <br /> ==== Journal ====<br /> <br /> journalctl -u certbot-renew.service<br /> journalctl -f -u certbot-renew.service<br /> <br /> == Request First Cert ==<br /> <br /> ssh root@job4<br /> cd /usr/local/bin<br /> sudo wget https://dl.eff.org/certbot-auto<br /> sudo certbot-auto --apache<br /> <br /> == Apache Config Preparation ==<br /> <br /> At first, this did not work. The script needs a vhost for port 80, so I created one:<br /> <br /> /etc/apache2/vhosts.d/vhost-chickenkiller.conf:<br /> <br /> &lt;VirtualHost *:80&gt;<br /> ServerAdmin joachim.banzhaf@gmail.com<br /> ServerName banzhaf.chickenkiller.com<br /> ServerAlias banzhaf.chickenkiller.com<br /> DocumentRoot /srv/www/htdocs<br /> ErrorLog /var/log/apache2/error.log<br /> CustomLog /var/log/apache2/access.log combined<br /> &lt;/VirtualHost&gt;<br /> <br /> Then it complained about syntax errors in my apache config that I needed to fix (quotes not closed).<br /> Finally the validation failed due to access errors. I had to remove all old style access control<br /> and use the new apache 2.4 style, which was more straightforward than I expected:<br /> * remove all &quot;Order deny/allow&quot; stuff that was not ifdefd<br /> * replace all &quot;Allow/Deny from all&quot; by &quot;Require all granted/denied&quot; if not ifdefd <br /> * replace all &quot;Allow from ip/hostname/net&quot; by &quot;Require host ip/hostname/net&quot;<br /> * remove module access_compat from /etc/sysconfig/apache2 variable APACHE_MODULES<br /> * systemctl restart apache2<br /> <br /> The script offered to configure forwarding http to https, which I accepted.<br /> I think it just added these lines to the virtual host file above:<br /> <br /> RewriteEngine on<br /> RewriteCond %{SERVER_NAME} =banzhaf.chickenkiller.com<br /> RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,NE,R=permanent]<br /> <br /> Now the cert was used and validated as safe (although chromium needed some time to accept it)<br /> <br /> == Automation ==<br /> <br /> The cert is only valid for 90 days. Better automate the renewal.<br /> It is enough to create this script<br /> <br /> /etc/cron.daily/certbot-auto-renew<br /> <br /> #!/bin/sh<br /> python -c 'import random; import time; time.sleep(random.random() * 3600)' &amp;&amp; /usr/local/bin/certbot-auto renew<br /> <br /> No idea why python came into the game. This should work as well...<br /> <br /> #!/bin/bash<br /> sleep $((RANDOM/9)) &amp;&amp; /usr/local/bin/certbot-auto renew<br /> <br /> == Fritz Box Cert ==<br /> <br /> === Automatic Update ===<br /> <br /> [https://gist.github.com/joba-1/365b30c6378f2d1f38687fb87ed1f7c9 This script] logs into the fritzbox and updates the cert for you.<br /> Just edit the variables at the start (user, pass, certpath). I use a separate fritzbox user for this.<br /> <br /> To make it even more easy: Store this script in /etc/letsencrypt/renewal-hooks/post and it gets run on updates (I'll see if that works in 2 months)<br /> <br /> === Manual Update ===<br /> <br /> To use the cert with the fritz box web interface<br /> <br /> ssh root@job4 'cat /etc/letsencrypt/live/banzhaf.chickenkiller.com/[pf]*.pem' &gt;fritz.pem<br /> <br /> Then upload this file in the fritz box cert store with the web interface (Internet/Freigaben/Fritzbox Dienste/)<br /> <br /> == OpenWRT ==<br /> <br /> === Manual Setup ===<br /> copy cert (cat crt+key in one pem) to /etc/letsencrypt by post hook script<br /> <br /> ==== nginx ====<br /> uci set nginx._lan.ssl_certificate=/etc/letsencrypt/banzhaf.chickenkiller.com.pem<br /> uci set nginx._lan.ssl_certificate_key=/etc/letsencrypt/banzhaf.chickenkiller.com.pem<br /> uci set nginx._lan.uci_manage_ssl='my_letsencrypt'<br /> <br /> ==== uhttp (default) ====<br /> uci set uhttpd.main.key='/etc/letsencrypt/banzhaf.chickenkiller.com.pem'<br /> uci set uhttpd.main.cert='/etc/letsencrypt/banzhaf.chickenkiller.com.pem'<br /> <br /> === Automatic Renewal ===<br /> <br /> put this in /etc/letsencrypt/renewal-hooks/post (create the id_rsa.letsencrypt ssh key and deploy it to openwrt router /etc/letsencrypt/)<br /> <br /> #!/bin/bash<br /> <br /> # parameters<br /> CERT_SRC=&quot;/etc/letsencrypt/live/banzhaf.chickenkiller.com&quot;<br /> CERT_DST=&quot;/etc/letsencrypt&quot;<br /> CERT_FILE=&quot;banzhaf.chickenkiller.com.pem&quot;<br /> SSH_ID=&quot;/etc/letsencrypt/id_rsa.letsencrypt&quot;<br /> HOSTS=&quot;ax1 ax2&quot;<br /> <br /> cd &quot;$CERT_SRC&quot;<br /> for h in $HOSTS; do<br /> cat fullchain.pem privkey.pem | ssh -i &quot;$SSH_ID&quot; root@$h &quot;mkdir -p '$CERT_DST' &amp;&amp; cat &gt;'$CERT_DST/$CERT_FILE' &amp;&amp; /etc/init.d/uhttpd restart&quot;<br /> done<br /> <br /> == Grafana ==<br /> <br /> put this into /etc/grafana/grafana.ini<br /> <br /> # https certs &amp; key file<br /> cert_file = /etc/letsencrypt/live/banzhaf.chickenkiller.com/fullchain.pem<br /> cert_key = /etc/letsencrypt/live/banzhaf.chickenkiller.com/privkey.pem<br /> <br /> <br /> then it just needs a restart on cert renewal by putting this to /etc/letsencrypt/renewal-hooks/post<br /> <br /> #!/bin/bash<br /> systemctl restart grafana-server.service<br /> <br /> == Mosquitto Broker ==<br /> <br /> put this script in /etc/letsencrypt/renewal-hooks/post<br /> <br /> MY_DOMAIN=banzhaf.chickenkiller.com<br /> CERTIFICATE_DIR=/etc/mosquitto/certs<br /> <br /> if [ &quot;${RENEWED_DOMAINS}&quot; = &quot;${MY_DOMAIN}&quot; ]; then<br /> # Copy new certificate to Mosquitto directory<br /> cp ${RENEWED_LINEAGE}/fullchain.pem ${CERTIFICATE_DIR}/server.pem<br /> cp ${RENEWED_LINEAGE}/privkey.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Set ownership to Mosquitto<br /> chown mosquitto: ${CERTIFICATE_DIR}/server.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Ensure permissions are restrictive<br /> chmod 0600 ${CERTIFICATE_DIR}/server.pem ${CERTIFICATE_DIR}/server.key<br /> <br /> # Tell Mosquitto to reload certificates and configuration<br /> pkill -HUP -x mosquitto<br /> fi</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=Arome_Weather&diff=15976 2024-08-22T17:57:36Z

<p>Joachim: Created page with &quot;== Arome == Arome is the finest grained weather model available for west germany (~1km^2). It is a french weather model. You can register a free account to get detailed data. To construct api queries there is a web page available. I use it to display detailed weather forecasts of selected locations with grafana. See service aromewheather, /home/joachim/bin/aromeweather.py To add a new location: * Edit command parameters in /etc/systemd/system/aromeweather.service to...&quot;</p> <hr /> <div>== Arome ==<br /> <br /> Arome is the finest grained weather model available for west germany (~1km^2).<br /> It is a french weather model.<br /> You can register a free account to get detailed data.<br /> To construct api queries there is a web page available.<br /> <br /> I use it to display detailed weather forecasts of selected locations with grafana.<br /> See service aromewheather, /home/joachim/bin/aromeweather.py<br /> <br /> To add a new location:<br /> * Edit command parameters in /etc/systemd/system/aromeweather.service to add the lat,lon pair to collect the data<br /> * Add the location name/lat,lon mapping for grafana<br /> influx --database aromeweather --execute 'insert location,name=Renesse lat=51.74,lon=3.79'</div>

Joachim https://banzhaf.chickenkiller.com/mediawiki/index.php?title=HowTo&diff=15975 2024-08-22T17:49:00Z

<p>Joachim: </p> <hr /> <div>* [[MediaWiki Upgrade]]<br /> * [[RT61 WLAN for Caros Medion Notebook with openSuse 10.3]]<br /> * [[Add new hg Repo]]<br /> * [[Revise hg Repo]]<br /> * [[Use GPG mail signing and encryption with openSuse 10.3]]<br /> * [[Install Mediatomb on dm7020 and dm800 (old)]]<br /> * [[Install PS3MediaServer on job4 and job6]]<br /> * [[Install Nvidia driver with openSUSE 11.3 while there is no repo]]<br /> * [[DB2 database with LDAP instanceowner and users]]<br /> * [[ZoneMinder install]]<br /> * [[Retrieve Motorstorm Apocalypse Profile Data]]<br /> * [[Fix wrong colours with flash/youtube and linux nvidia driver]]<br /> * [[Set Android Debugging Permissions]]<br /> * [[Cleanup Wiki from Mass Spam]]<br /> * [[Make Developer CraftBukkit]]<br /> * [[Install OpenNMS on openSUSE 12.2]]<br /> * [[DB2 autostart with systemd]]<br /> * [[Install vmware Player]]<br /> * [[Microsoft Windows Download Images]]<br /> * [[Shrink Sparse Disk Files of Windows VM Images]]<br /> * [[Grow Windows 8.1 VM NTFS volume]]<br /> * [[Play On Linux]]<br /> * [[Java Update (Oracle)]]<br /> * [[Openwrt on wlan-825]]<br /> * [[Eclipse aktualisieren]]<br /> * [[Trac at job4]]<br /> * [[DV Video to x264 Conversion]]<br /> * [[Pulse Audio Volume Reset Fix]]<br /> * [[Repair hanging video playback with Nvidia driver]]<br /> * [[Extract Audio from Video Stream with ffmpeg]]<br /> * [[Provide a private Diaspora Pod]]<br /> * [[Nvidia native driver brightness control with Leap 42.1]]<br /> * [[DB2 with python]]<br /> * [[Convert LV to striped]]<br /> * [[Install Mosquitto MQTT]]<br /> * [[Install Wings3D]]<br /> * [[Install PlatformIO for Arduino, ESP8266, ESP32 and STM32]]<br /> * [[Suggest changes with a Github Pull Request]]<br /> * [[X2Go]]<br /> * [[ESP32 Remote Debugging]]<br /> * [[Downsize 4k Videos]]<br /> * [[STM32 Development and Remote Debugging]]<br /> * [[Youtube2Audio]]<br /> * [[Save Chrome Passwords]]<br /> * [[Update Marlin Firmware of Anycubic Kossel Pulley]]<br /> * [[Google Test]]<br /> * [[Fritz Box External IP]]<br /> * [[Hadoop in Docker]]<br /> * [[Start Systemd Service After Device Appears]]<br /> * [[Install DB2 ModPack 11.5.5.0 over 11.5.0.0]]<br /> * [[Modify GCode to restart 3D Print]]<br /> * [[Optical Flow with OpenCV]]<br /> * [[Vu+ Bootlogos]]<br /> * [[Kicad PCB]]<br /> * [[Nvidia Driver on Opensuse Leap 15.3]]<br /> * [[Pulseaudio SPDIF Input, LFE remix]]<br /> * [[Serial Bridge over WLAN with an ESP-01]]<br /> * [[JupyterHub]]<br /> * [[Fix IPC for DB2 with Opensuse 15.3]]<br /> * [[Reapply for Fusion360 Personal Use]]<br /> * [[Sandisk Usb3 Nvme Disk with Linux]]<br /> * [[Make kernel.org Rpm for Tumbleweed]]<br /> * [[Build any python version for venv]]<br /> * [[German Keyboard Setting for 104-Keyboard]]<br /> * [[Stream Playlist to iOS VLC]]<br /> * [[DB2 Container on QNAP NAS]]<br /> * [[SolarPower]]<br /> * [[Enigma2Events]]<br /> * [[Nvidia Delayed Frame Bug]]<br /> * [[Poster Druck]]<br /> * [[GoPro Sync]]<br /> * [[Design Patterns]]<br /> * [[Arome Weather]]</div>

Joachim