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Cake day: June 27th, 2023

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  • A reverse proxy is basically a landing place that acts as a middle man between the client and the server. Most people set it up so that all traffic on 80 or 443 go to the reverse proxy, and then the reverse proxy gets the correct website based on the host header of the request.

    If you are currently serving multiple websites on your server, then that means you are serving each website on a different port.

    So, just make sure that the reverse proxy is serving on a port that is not used by your other sites. It will only respond on it’s own port, and it will only serve the site(s) that you have configured in the proxy.

    You’ll be fine!






  • Losing to the Rams always sucks, and espeically since it put us below 500 on the season.

    BUT, I gotta say that even with the injuries, I think our offense is fine. Bell needs to figure out how to hold on to the ball, and the line could stiffen up a bit. Outside of that, Purdy was excellent again, Mason is a workhorse, and Jennings was a bonafide rockstar.

    Defensive penalties were killer throughout the whole game. I’m not sure what’s going on with that, but I hope they can pick up the discipline for the rest of the season.


















  • tko@tkohhh.socialOPtoLemmy Support@lemmy.ml0.19.4 Prerequisites
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    3 months ago

    I successfully migrated postgres 15 to 16. I followed the general idea of the guide you posted, but I found it a little easier to do a slightly different process. Here’s what I did:

    1. docker-compose down for the lemmy instance

    2. edit the docker-compose.yml file and comment out all of the services except postgres. In addition, add a new volume to the postgres service that looks something like this: - ./volumes/miscfiles:/miscfiles

    1. edit the docker-compose.yml file and add a new volume to the postgres service that looks something like this: - ./volumes/miscfiles:/miscfiles
    2. docker-compose up -d postgres (this starts just the postgres service from the docker compose file)
    3. docker exec -it [container name] pg_dumpall -U [username] -f /miscfiles/pgdumpall20240628 (I think this will work, but it’s not exactly what I did… rather, I ran docker exec -it [container name] bash, and then ran pgdumpall -U [username] -f /miscfiles/pgdumpall20240628. The end result is a dumpall file saved in the ./volumes/miscfiles directory on the host machine)
    4. docker-compose down
    5. mv ./volumes/postgres ./volumes/postgresBAK20240628 (move your existing postgres data to a new directory for backup purposes)
    6. mkdir ./volumes/postgres (re-create an empty postgres data folder. make sure the owner and permissions match the postgresBAK20240628 directory)
    7. edit the docker-compose.yml and update the postgres image tag to the new version
    8. docker-compose up -d postgres (you’ll now have a brand new postgres container running with the new version)
    9. docker-exec -it [container name] psql -U [username] -f /miscfiles/pgdumpall20240628 (again, I think this will work, but I bashed in and ran the command from within the container. This also allows you to watch the file execute all of the commands… I don’t know if it will do that if you run it from the host.)
    10. docker-compose down

    12. edit the docker-compose.yml and un-comment all of the other services that you commented out in step 2

    1. docker-compose up -d

    Hopefully that helps anyone that might need it!

    edited to reflect the comment below