Don’t

Last time I went camping, i didn’t use a tent. I used a hammock 😂

Well, Samsung would kill the app when it was in the background, so notifications would only appear when you explicitly opened the app.

I used this for a while. Notifications were lackluster on Samsung phones.

I’m over it too

Thank you

It’s semi-close to where I live, so I’m not too comfortable saying the area. But it is SoCal

I’m not sure what phone you have, but getting a Pixel phone was life changing when it comes to handling spam calls. The automated call screening is amazing.

Just a heads up, your phone numbers are clearly visible on the dog tag.

What happened if you hit start reading without entering an email?

I see two finished sentences there…

Buy a house, a car for my SO and I, take care of outstanding debt. Use the rest to buy diversified index tracking funds.

I mostly meant the DNS sinkhole functionality that pihole is famous for using to block ads. You wouldn’t use pfblocker-ng for domain routing.

Here is a forum post from negate discussing what I think you’re looking for.

I don’t know the answer to your question, but you can get the functionality of pihole directly in pfsense using pfblocker-ng

*FPOTUS

It’s off to steal food from the ants… Bloody capitalist

For example, http://xkcdsw.com is an archive of fan-edited comics, while https://xkcdsw.com is some kind of crypto site.

That’s not how URLs work. If that’s the behavior you’re experiencing, you likely have been the victim of malware/a virus.

The first part of the URL is the scheme, which indicates the protocol that the browser must use to request the resource (a protocol is a set method for exchanging or transferring data around a computer network). Usually for websites the protocol is HTTPS or HTTP (its unsecured version). Addressing web pages requires one of these two, but browsers also know how to handle other schemes such as mailto: (to open a mail client), so don’t be surprised if you see other protocols.

-Source

The Navier Stokes equations represent the universal laws of physics that can model any fluid in the universe.

These equations have been around since almost two centuries now but we still understand very little about them. When we have a set of equations we expect the following to happen-

1. Solution should exist- One should be able to solve the equations

2. Solution should be unique- Given particular initial conditions, one should obtain an unique solution to the problem. For example if you and your friend pour water into a container in an identical way, keeping all parameters (pouring velocity, direction, geometry and dimensions of the container, etc) identical then you both should get the same flow pattern. Water in both the containers should behave in exactly the same way. If your friend gets air bubbles at a point then you should get them at the exact same point as well.

3. Solution should be smooth- A finite change in the input should produce a finite change in the output. It should not be erratic and unpredictable.

Unfortunately, Navier Stokes equations do not satisfy any of the conditions mentioned above.

https://medium.com/@ases2409/navier-stokes-equations-the-million-dollar-problem-78c01ec05d75

I’ve always held that belief about block vs shredded/sliced cheese, but in my receny grocery trips, I’ve noticed that all the stores in my area charge the same by weight for block, shredded, and sliced. Obviously YMMV

They said this in the post