

I’ll need to know a little more about your setup. Sending DM…


I’ll need to know a little more about your setup. Sending DM…


An A record maps to an IP address. A CNAME record maps to another URL. Since you are trying to map to an IP address rather than a URL, you will want an A record.
If all of your sites will be served from the same proxy server at 204.230.30.104, you can create a single, wildcard A record for *.newexample.com. This will point every subdomain to your proxy’s IP address. You don’t need to create an A record for each subdomain.
If you are planning on serving some subdomains from 204.230.30.104 and other subdomains from another proxy at 69.4.20.187, you would need multiple A records for pointing the subdomains toward their respective proxies.
If you wanted to serve from proxy running on a dynamic IP address, and you’re using a DDNS provider to point newexample.ddns.net back to your current IP address, you could use a CNAME record to point newexample.com to newexample.ddns.net.


How long does it take to train, and how much would I earn while training, if I elected to quit after training, but prior to any operational assignment?


Imagine there is a gang of state sponsored murderers beating down your door,
If state-sponsored murderers are at my door, I’m dead. Short of my own state-sponsored violent actors, there is no viable defense. The sooner you understand that, the better.
Rolling out the (proverbial) guillotine is the only viable means of stopping their boss from issuing the orders.


The only viable “defense” here is for us to shift our focus away from ICE and toward the oligarchs.


You evidently have displayport, so the solution seems pretty straightforward. Pull hard disks, install windows on a blank SSD. Send series of nastygrams to MSI.


Self-hosted. Open source. Your data stays on your own devices. Creates a shared folder on your laptop and your phone. Move a file into that folder on your laptop, and syncthing pushes it to your phone.


Everyone forgets the next line:
But if you try sometime, you’ll find you get what you need.


OP is asking how to prevent abusers from seeing OPs content.
“Blocking” the abuser prevents OP from seeing the abuser’s content. “Blocking” does not prevent the abuser from seeing and interacting with OP’s content.
“Blocking” does not achieve OP’s objective.


You can discover who is doing it with Lemvotes
But no, you can’t block them. Here in the real world (as opposed to the dystopian centralized platforms that have largely supplanted public discourse), it is not possible to isolate a specific individual and deny them access to information provided freely to the rest of the general public.
Should their public engagement rise to the level of harassment, there are legal options you can take to compel their restraint. But downvoting everything you do does not rise to such a level.


You can do that, or you can falsify your calculations, claiming more dependents than you actually have, reducing your withholding.
You can also go the contractor route, operating as a separate business rather than an employee. 1099 income has no withholding.
People use “exempt from withholding” on a W4 when the majority of their income is from contracting or self-employment and they file their own quarterly estimates.


You can actually do that. Read the W4 a little more closely.


Blackberry insisted on a 3-row thumboard on the face of the device. I want a 5-row slider, like Samsung’s Relay. 


I have legitimately never seen this meme.
I’ve seen dozens of posts and articles commenting on it, but I have never actually seen this meme in the wild.


Fight club?
Wake me up when we get to #GuillotineParty.
You’re literally arguing that merely BECUSE the code needs safety devices it is therefore unsafe
“Unsafe” is not the correct term. “Unsafe” implies an absolute condition. The UK system is not “unsafe”, and I have not argued that it is “unsafe”.
“Less safe” is the more accurate description. “Less safe” implies a relative condition. The UK system is “safe enough”, even though their household wiring - the wiring between the breaker and the outlet - is significantly “less safe” than household wiring around the world.
A fault between the breaker and the outlet in most of the world develops 2000-4000 watts before a breaker can be expected to trip. Japan’s 20A @ 100V is on the lower end; EU’s 16A @ 240V is on the higher end of that scale. 2000-4000 watts arcing at a faulty terminal. 2000-4000 watts that can only be dissipated by various potentially flammable building materials around the faulty device.
In the UK, it’s not 2000-4000. It’s 7200 watts. A similar fault can deliver substantially more energy to those flammable building materials, increasing the risk of fire.
North America mitigates such risks in its 7200 watt (60A @ 120V, 30A @ 240V) circuits by minimizing the number of connections; the number of places where a fault can potentially develop. We don’t allow multiple outlets: these circuits must be dedicated to a single, special-purpose outlet only. Europe, Japan, and the rest of the world have similar requirements for such circuits. The UK goes ahead and daisychains their 7200W circuits throughout the home.
By that metric, the household wiring is, indeed, “less safe” than competing circuits around the world. By that metric, UK household circuits are, indeed, substandard, even before they eschew simple straightforward branch topology for rings, which introduce a variety of complex failure modes that can easily overload household wiring.
The “less safe” condition of UK wiring necessitates additional protections at and after the outlet. The safety measures employed in the rest of the world are inadequate to mitigate the dangers posed by the UK’s 7200 watt household circuits.
The code HAS those fuses, and with those fuses it is safe. Safer than a central breaker system in fact. You can’t just keep racking caveats changes and asterisks onto the UK electrical code and then laughing at how unsafe is.
Again, the topic of discussion is “Why does the UK need these plugs, when the rest of the world doesn’t?”
To understand that topic, we do, actually, need to consider the dangers of the UK using the kind of plugs used in the rest of the world.
America has UNFUSED multi cords rated for 7A.
Indeed, we do. We have detachable appliance power cords built to be plugged into a 15/20A circuit, that connect to devices labeled to 7A, so the cord is similarly labeled. But, that cord is built with at least 18AWG wire, which is normally rated to carry 16A, not 7A. And it doesn’t have our normal NEMA 5-15 socket on the downstream end, so it cannot be used as an “extension” cord.
There’s literally nothing stopping you in America from plugging a 7amp rated extension cord, into a 20A outlet, plugging in two space heater on max and a third one on low, and pull 18-19 amps through a cord rated for 7, and no fuse or breaker is going to stop you from doing that.
Other than the fact that we don’t actually have extension cords labeled (or rated) to carry 7A at all. Or that three 1500W space heaters will draw 37.5A @ 120V, which will easily trip our 15/20A breakers.
We could physically plug them into an extension cord labeled 10A, the lowest rating I’ve ever seen. But that cord will built with at least 16AWG wire, which is rated to carry 22A in chassis wiring. (It will also be very short.)
The key flaw in your argument is your failure to understand that the world does, indeed, protect its devices with household breakers. We do, indeed, build our devices to carry the full current that our household wiring could provide at an outlet, even where the device itself is intended to draw only a tiny fraction of that current. This is one of the most basic standards in use by UL, CSA, CE, and every other electrical certification body on the planet.
I know you understand the reason behind this standard. What I don’t know is why you think the rest of the world doesn’t understand it, and hasn’t codified it.
It depends on how you want to do it; how your reverse proxy server is setup. I use Pangolin running on a VPS as my proxy server. It uses a tunnel (“Newt”) between web servers running on my home network and the VPS, so I don’t need any open/forwarded ports on my home router.