That probably doesn’t work unless you power-cycle the picture frame after changing the photos.
I had this with some offline Samsung picture frame and a Transcend WiFi SD card. The SD card runs a small Linux and can be unlocked to add own scripts. I had a script that would rsync files from my storage to the SD. However, while the new files were written to the SD just fine, the picture frame never re-read the list of files from the SD. And after power-cycling, my specific model needed to be turned on manually again. So, that wasn’t a satisfactory solution.
Following a profile logged-out is impossible now
What do you mean? I can just open an Incognito tab and go to x.com/<username> and see all posts (without replies, though).
because they don’t run alts
I think you underestimate the dedication of some of those trolls. Also, most apps allow to easily switch between profiles with like 2 taps.
Rather people have no idea how blocking on 𝕏 worked/works. You were ALWAYS able to see tweets from people that blocked you by simply logging out or using an alt account.
I don’t understand all this fuss about this simple change. He only removes a useless feature that was never more than a minor inconvenience for those that got blocked.
If you don’t want people to see your tweets, lock your profile. This worked before and this still works just fine.
There was a discussion about this topic on Hacker News a few months ago:
https://news.ycombinator.com/item?id=40133976
One ex-Googler pointed out that due to the machine learning stuff and every new employee trying out the latest “AI” stuff on top of it, no human can understand and thus debug the search engine properly anymore.
I’m using UberSpace for 5€/month for a few small web projects and for emails. Unlimited mailboxes, unlimited aliases. However, you have to configure it using console commands via SSH. But it’s all explained in their documentation.
If it’s the system with the (locked) KeePass database on it, you should be fine. The encryption can be tweaked so that unlocking the database takes a second even on modern systems. Doesn’t affect you much, but someone trying to brute-force the password will have a hard time. It also supports keyfiles for even more security.
If somebody infiltrates your end user device, no password tool will be safe once you unlock it.
After trying them all, I’m back at having a local KeePass database that is synced to all my devices via iCloud and SyncThing. There are various apps to work with KeePass databases and e.g. Strongbox on macOS and iOS integrates deeply into Apple’s autofill API so that it feels and behaves natively instead of needing some browser extension. KeePass DX is available for all other platforms, and there are lots of libraries for various programming languages so that you can even script stuff yourself if you want.
And I have the encrypted database in multiple places should one go tits up.
I didn’t notice any big drops in network or CPU performance. Usually, because other network traffic had priority. But my server’s HDD constantly rattling along got me thinking that it wasn’t worth it. There are several other containers running on that box and I don’t have that much HDD activity with them.
You might want to read the recent blog post (linked at top) and discussion on Hacker News first.
You might want to look at Terramaster NASes. E.g. their F4-423 is basically an Intel NUC married to a SATA controller. They have an internal USB port where you can pull the OEM flash drive and insert your own, then install e.g. UnRAID or OpenMediaVault on it.
That will be my next device if my Synology DS415+ finally dies.
I’m using OwnTracks in HTTP mode as I couldn’t be bothered with MQTT. For that, you only need the HTTP(S) endpoint/URL to log to, optionally user credentials and then it’s a “TrackerID”, “UserID” and “DeviceID” so the receiving server knows who’s talking.
Side note: Traccar uses different ports to receive different protocols. For OwnTracks protocol, the correct port is 5144.
My OwnTracks configuration is basically like this:
Grafana and Prometheus are great if you have numeric things you want to monitor. CPU usage, RAM, disks, throughput, etc. You can then do lots of things with these numbers, mainly compare them to your other systems or alert when they go out of bounds.
However, I very much prefer Zabbix for my home network monitoring as this is not so fixated on numbers but can easily work with e.g. error messages in logfiles and alert on those. Or I can regularly check a website for new firmware versions and alert once the latest version changes. There are also lots of ready-to-use templates available from their Community Hub.
Put that mount point into the compose file(s). You can define volumes with type nfs and basically have Docker-Compose manage the mounts.