And here's the waves of the previous post getting out of #GoToSocial 0.19.1 running on #OpenBSD 7.7. NOWASM seem to be really useful to limit memory usage.
PS: the blog post is being written down so that you too can visualize your waves ;-) #RunBSD
Some further optimizations from Alexander Bluhm (bluhm@) following the commit of parallel TCP input/receive, by caching the socket lock, eliminating contention.
On a 4 core machine I see between 12% to 22% improvement with 10 parallel TCP streams. When testing only with a single TCP stream, throughput increases between 38% to 100%.
Today's testings is using #GoToSocial 0.19.1 on #OpenBSD 7.7, using NOWASM (because ). So far, it seems to work ok. The data have been migrated from the FreeBSD test-instance, the monitoring looks normal and so does the inbox.
Feel free to interact with this post to have my Grafana draw colored waves ;-) If it gets pretty, I may publish an extract of them :p
I wanted to try something new and install #OpenBSD on my PC. When everything was basically ready, I got a message saying something with "boot" couldn't be installed, which is why the system wouldn't boot.
Ich wollte mal was neues wagen und auf dem PC #OpenBSD installieren. Als im Prinzip alles fertig war, kam die Meldung, irgendwas mit "boot" könne nicht installiert werden, weswegen das System nun nicht starten werden.
Wandering around #OpenBSD feels like being in a #Bauhaus building where everything has been thought of. My other #Linux servers feel more like #Kowloon in comparison.
). So far, it seems to work ok. The data have been migrated from the FreeBSD test-instance, the monitoring looks normal and so does the inbox.
