…as long as y’all use GenAI incorrectly.

It has it’s uses i programming. Doing all the coding for you is not one of them.

I’ll give you a hint: Originally it was *******.

Wait, let me try again - hunter2

To me, “free album” is like a person handing out free CD’s on a busy sidewalk.

This is more like my landlord going into my living room and putting a CD on my shelf.

(Now someone will tell me about how my analogy is flawed, I don’t care, that’s how analogies work. It’s not the same, it’s an analogy.)

This alone is enough for me, to consider Windows a bad choise.

I’ve said that line so many times.

I haven’t read it, but it could be to demonstrate how easy it was to identify it as a fake, without the ressources of BBC.

I own my data. I own my installation. That’s what I care about.

Why would I want to own the hardware, when it’s in an inaccessible building far away.

Lithium-* batteries don’t actually have any specific useful numbers. It’s something like this (the actual numbers are pulled out of my ass and depends on battery time and test parameters and even then I’m simplifying):

• At 0 volts, the battery is dead.

• At 1 volts, the battery is practically dead.

• Discharging to 2 volts kills it after around 100 times.

• Discharging to 3 volts kills it after around 10 000 times

• Discharging to 3.5 volts kills it after 100 000 times

• Charging to 4 volts kills it after 100 000 times

• Charging to 4.2 volts kills it after 10 000 times

• Charging to 4.3 volt kills it after 1000 times

• Charging to 4.4 volts kills it after 100 times

• Charging to 4.5 has s significant chance of it catching fire

Now choose how many charge cycles you want it to survive, and you know which voltage to consider 0% and which to consider 100%. The bigger difference, the bigger capacity with the same battery.

This is why a phone with 0% battery can tell you that it’s out of battery.

You can also adjust what “killed” means. Is it when battery capacity is reduced to 80%? 50%?

I have to repeat - the numbers are not accurate, and this is strongly simplified.

It’s just an illustration of what 0% and 100% means it’s just where you are on the useful range, according to the manufacturers definition of useful.