My samsung did this years ago. Not sure if it was truly required but I’d say this has happened.

I like tmux better as well (muscle memory) but AFAIK you need tmuxinator for preconfiguring layouts?

You need a session manager like tmuxinator, tmuxp and tmux-sessionx are popular choices.

It literally could not be more clear

"As part of our security investigation, we removed Mixpanel from our production services"

"After reviewing this incident, OpenAI has terminated its use of Mixpanel."

If after this they continue to use them that's on OpenAI.

Depends a lot on the oil field, geology is random

none of those finished products come out of the ground that way.

Neither do chips, even if they all start as silicon from the ground. What the earlier comment was saying is that the actual composition of crude oil varies by location so you aren't necessarily getting the same ratio of finished products at the process. With silicon you have a bit more control over what goes into the fab. But you're still at the mercy of demand from the market.

The crude composition defines a range of possible products, not exactly ratios. Longer chain hydrocarbons are also cracked to yield more light products.

> defines a range of possible products, not exactly ratios

I'm not sure I follow, varying range necessarily implies varying ratios (e.g. a product missing from the range means its ratio is zero).

Even when in theory you can obtain some higher quality products, the composition of the crude can make it too complex and expensive to practically obtain them.

You don't want to refine gasoline from heavy crude, especially in winter when demand is lower. For gasoline or kerosene you want to start from lighter crude. Same with many undesired components (either from the crude or resulting from the refining methods), the more you have, the more complex the refining, and the resulting ratio of products you obtain varies.

So in practice what you get out of the refining process absolutely depends on the characteristics of the crude, and many other things like market demand or the capability of your refinery.

Same as with silicon. The process to make the wafer results in different quality if you want to make low tech or cutting edge semiconductor products.

That way? I was trying to say that the mix of hydrocarbon molecules is different for each and every oil field due to local geological variation. Even within the field, since eg lighter molecules presumably come out first.

On windows, it depends on the local git configuration. It’s not something I’ve been happy with, especially since symlinks also behave differently again when you’re running a docker container to get your windows usable for development.

Even better: it scales nicely with the browser’s zoom setting.

And most of them die young.

But mostly not because of what they have eaten.

Citation needed.

Not all things run as containers.

VMs can though =D

But pypy doesn’t necessarily perform as well, and it can’t jit compile the already compiled C code in numpy, so any benefits are often lost.

I’ve used Airtable a bit. I think it’s really cool and would like more people to use it. However, it’s a lot more clicks and key presses to get things done - especially data entry - than in Excel. This also makes it better, since you can put constraints on tables, for instance.

You are absolutely right about needing more clicks and key strokes in Airtable. You have to reach the pain threshold in order to look for alternatives to Excel. And how soon you reach the pain threshold depends on how big your data is and how many users are trying to modify the same data at the same time.

See here to understand what you are missing out by not using a database: https://visualdb.com/comparison/#integrity