Docker on its own won’t think to look at that interface unless you tie it to it. Assuming you want to listen to both interfaces an external watchdog would be the call. You’d set the watchdog to look for iptables issues and then run commands if it went down (ie to restart iptables and then restart your containers).
Second the key-password combo. It keeps the keys you have on the flash drive but adds a password component that thieves would need to figure out as well. Just make sure to pick a good password!
They address concentrations varying among sites and comparative to urban areas. They also did other tests besides what you mentioned. Note:
Time- and spatially integrated samples of I/SVOCs were collected during box flight segments (for example, Fig. 1A) and downwind transects and analyzed by means of gas chromatography on both unit-resolution and high-resolution mass spectrometers [gas chromatography–electron ionization–mass spectrometry (GC-EI-MS) and gas chromatography–time of flight (GC-ToF)], which revealed abundant complex mixtures of I/SVOCs near both surface mining and in situ facilities (Figs. 2 and 3). IVOCs (C12 to C18) and SVOCs (C19 to C25) were uncharacteristically abundant relative to VOCs (Fig. 1E) and were observed around various facilities, as shown in selected flight samples in Fig. 2A (additional examples are available in figs. S6 and S7). The relative abundances and composition varied between and around facilities, with maxima ranging from C17 to C22 (Fig. 2A, figs. S8 and S9, and tables S5 and S6), which may suggest varying on-site sources and emissions pathways. There are stark differences in the observed concentrations when compared with that of urban areas.
Emphasis added to the last sentence mine. Why shill for oil at the expense of your own health?
There is a project looking to do this kind of, known as elks that has images for 80286 chips. I have no idea why you’d want to do that to yourself though.
It is software (grandorgue) that pretends to be a pipe organ (the instrument). In order to run fast enough it needs to load every sound sample into memory to play, as well as usually multiple kinds of sound endings. I play professionally on a "small to mid sized" pipe organ with 1,438 pipes. The one I load for use at home has more than that!
The instrument was from the 1960s and I rebuilt it with a pi pico that you can see here, and you can hear the before (analog sound cards) versus one of the organs I've loaded into it here.
Man my home server IDLES at 76 watts per hour running x86. Now mind you I need the x86 to perform some of the functions I want. This thing works as an NAS, nextcloud, media server, kiwix, security camera (zoneminder), remote desktop (xrdp), runs home assistant, gpu AI upscaling for photos, and finally screeches along running a virtual pipe organ I built that takes 69 GB of RAM to run.
If I could do that with raspberry pi's I would in a heartbeat! the power savings alone would eventually pay for them. If it's doing what you want then don't worry about them. My pi400 works as a remote desktop client and one day I hope more of this stuff will work well on it/a future generation so I can ditch the tower, energy usage, and noise.
I’m running arch on my Chromebook I followed the wiki for WiFi then ran the arch install command and set up xfce4. That worked with xbacklight and hot keys setup. I needed a script from mrchromebox to get the speakers working as well but everything else worked out of the box.
Google calendar events can be synced through the Apple calendar and at least for me by default have reminders set 30 minutes before. I have my account set up through the mail app, but to check this do the following:
Go to Settings -> Calendar -> Accounts -> Gmail. Make sure it’s set to sync your calendar. There’s also the ability to add an account here. Then go back to the calendar app and find an event to check if reminders are set.
You might try adding a cache drive instead. It can help lessen the memory usage zfs needs to maintain speed. My server is spinning rust with an ssd drive attached to the pool as cache.
Command would be “zpool add pool_name cache /dev/sdX” where pool_name is the pool you want the cache on, and /dev/sdX is the empty drive you want to use with it (or partition). Make sure to encrypt this drive before setting this up, my knowledge is zfs doesn’t do that for you.
Docker on its own won’t think to look at that interface unless you tie it to it. Assuming you want to listen to both interfaces an external watchdog would be the call. You’d set the watchdog to look for iptables issues and then run commands if it went down (ie to restart iptables and then restart your containers).