antipiratgruppen

@antipiratgruppen@lemmy.dbzer0.com

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antipiratgruppen,

In Eternity (the app I use to browse Lemmy), the sidebar is equivalent to the “About” tab of a community.

Permission problems with sonarr/radarr

Hey i was playing around with my sonarr/radarr containers, i wanted to get the permissions right. Everything was just 777. They are in containers with -e PUID=1000 -e PGID=1000. When i set their folders to 700 and chown 1000:1000 the folder. If i go in the container i can read write all i want and outside the container the...

antipiratgruppen,

Try the chown command again with the -R flag to make it recursive, thereby granting ownership of all subdirectories as well.

Something like


<span style="color:#323232;">sudo chown -R 1000:1000
</span>
antipiratgruppen,

I’m not the same person, but it seems like you’re right. Pound (lb) is a unit for measuring mass. The same is true for kilogram. This actually surprises me to some degree, since it had not been clarified like this to me earlier:

In common usage, the mass of an object is often referred to as its weight, though these are in fact different concepts and quantities. Nevertheless, one object will always weigh more than another with less mass if both are subject to the same gravity (i.e. the same gravitational field strength).

Because mass and weight are separate quantities, they have different units of measure. In the International System of Units (SI), the kilogram is the basic unit of mass, and the newton is the basic unit of force. The non-SI kilogram-force is also a unit of force typically used in the measure of weight. Similarly, the avoirdupois pound, used in both the Imperial system and U.S. customary units, is a unit of mass, and its related unit of force is the pound-force.

Source: Wikipedia: Mass versus weight

I think we’re probably confused of this because in common usage, we’ll ask “how much does it weigh” and expect to get an answer in the unit of mass instead of force, just because the mass of the object defines the amount of force it will have in some given gravity condition.

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