![](https://lemmy.secnd.me/pictrs/image/45a15f4c-0b0c-4eca-a9d8-96ef55325a6c.png)
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That’s less of an opinion and more of a hardware restriction, isn’t it?
If I had a 5 Mbps connection or no display that can display 4k, I also would not download in 4k.
That’s less of an opinion and more of a hardware restriction, isn’t it?
If I had a 5 Mbps connection or no display that can display 4k, I also would not download in 4k.
Off the top of my head, why did you set the prefix to 0x1? I was under the impression that it only needs to be set if there are multiple vlans
I have multiple VLANs, 0x1 is my LAN and 0x10 is my DMZ for example. I then get IP addresses abcd:abcd:a01::abcd in my LAN and abcd:abcd:a10::bcdf in my DMZ.
However, I get a /56 from my ISP wich gets subnetted into /64. I heard it’s not ideal to subnet a /64 but you might want to double check what you really got.
what are your rules for the WAN side of the firewall?
Only IPv4 + IPv6 ICMP, the normal NAT rules for IPv4 and the same rules for IPv6 but as regular rule instead of NAT rule.
My LAN interface is only getting an LLA so maybe it’s being blocked from communicating with the ISP router.
If you enable DHCPv6 in your network your firewall should be the one to hand out IP addresses, your ISP assigns your OPNsense the prefix and your OPNsense then subnets them into smaller chunks for your internal networks.
It is possible to do it without DHCPv6 but I didn’t read into it yet since DHCPv6 does exactly what I want it to do.
I’m no expert on IPv6 but here’s how I did it on my OPNsense box:
WAN
interface (probably already done)LAN
interface, use Track interface
on IPv6, track the WAN
interface and choose a prefix ID like 0x1
::eeee
to ::ffff
, you don’t have to type the full IP)Advertisments
to Managed
and Priority
to High
After that your DHCP server should serve public IPv6 addresses inside of your prefix and clients should be able to connect to the internet.
A few notes:
That is what I’m doing currently but now unbound doesn’t talk to the root servers anymore, it sends all queries to Quad9.
Both scenarios are not ideal because you always end up with one entity knowing all your queries.
Not illegal but it leaves all your DNS lookups in plain text with your ISP, which just doesn’t sit right with me.
Not that the ISP in my country would care.
Is it possible to get unbound to talk to the root servers via TLS/HTTPS by now?
I’m currently using Quad9 because they support DNS over TLS and DNS over HTTPS.
OBS also has a replay buffer feature on both Linux and Windows. Obviously slightly more of a nuance to setup but once it’s setup, it’s just a single button to start/save.
Windows is the main reason I never got one of those PC handhelds even though they have been around for a very long time.
Never really felt like a handheld, more like an unwieldly laptop.
Do a library rescan on your music library and then download the latest Finamp beta from here: https://github.com/jmshrv/finamp/releases
Lyrics should work then:
Check out Picard, I switched to it when I switched to Linux: https://flathub.org/apps/org.musicbrainz.Picard
You can root the Gardena gateway and control their mowers locally with this: https://github.com/andrexp/gardena-local-control
I don’t think they have mowers with GPS though. Also, some of their mowers don’t use the gateway.
A good reminder that I wanted to check if support can be added for their presence sensors. Those things are incredibly noisy.
I tried Jellycon briefly when I started but it’s unfortunate that it doesn’t integrate into the Kodi UI properly, so there’s no way to really use the Kodi interface nicely without casting from the Jellyfin app. It more or less just becomes a playback client for the Jellyfin app. If the Jellyfin app wouldn’t be such a disaster when casting I probably would be fine with that.
Might try it again in the future but the Jellyfin app experience is nothing like what Kore or Yatse can do directly with Kodi.
CoreELEC is community maintained and the N2+ still receives the latest builds, my last update was just last month.
However, CoreELEC can be installed on many devices (including some Android TV boxes) that have Amlogic chips. You can see a full list if you to to the download page on the CoreELEC page https://coreelec.org/.
Also, CoreELEC is not Android, it is Linux running only Kodi. If you need anything besides Kodi you might want to look at another solution or have multiple devices.
Kodi still plays via SMB/NFS when configured in direct play mode. Only the metadata is provided via Jellyfin and play progress is synced to Jellyfin.
The Jellyfin plugin is not the most stable piece of software but it gets the job done.
I have been using an Odroid N2+ with CoreELEC installed and the Jellyfin Kodi plugin for years now.
Plays pretty much everything you throw at it, including 4k HDR HFR.
Dolby Vision is supported in CoreELEC but only on some devices.
As another mouse lover, the DualSense controller also has gyro aiming and I can only recommend it.
I’m playing Horizon Forbidden West with it right now and it allows me to be almost as precise as with a mouse. The adaptive triggers and the detailed haptics are also pretty cool. Also a really good controller for Switch emulation.
Is that a real Deezloader website? That website looks shady af.
I don’t run Pi-hole but quickly peeking into the container (docker run -it --rm --entrypoint /bin/sh pihole/pihole:latest
) the folder and files belong to root with the permissions being 755
for the folder and 644
for the files.
chmod 700
most likely killed Pi-hole because a service that is not running as root will be accessing those config files and you removed their read access.
Also, I’m with the guys above. Never chmod 777
anything, period. In 99.9% of cases there’s a better way.
I get 700/500 on my Unifi U6 Enterprise (4x4 MIMO, 80 MHz, 5 GHz) and 500/500 on my Unifi AC Pro (3x3 MIMO, 80 MHz, 5 GHz).
Could probably get some more on 6 GHz but I never was able to get it to work properly.