I would like to confine it to firms using AI recruiting tools

and actively do damage to companies that don’t.

I’m not sure if you understand what swap actually is, because even machines with 1Tb of RAM have swap partitions, just in case read this post from a developer working on swap module in Linux https://chrisdown.name/2018/01/02/in-defence-of-swap.html

The Linux kernel uses the CPU default scheduler, CFS,

Linux 6.6 (which recently landed on Debian) changed the scheduled to EEVDF, which is pretty widely criticized for poor tuning. 100% busy which means the scheduler is doing good job. If the CPU was idle and compilation was slow, than we would look into task scheduling and scheduling of blocking operations.

EDIT: Tried nice -n +19, still lags my other programs.

yea, this is wrong way of doing things. You should have better results with CPU-pinning. Increasing priority for YOUR threads that interact all the time with disk io, memory caches and display IO is the wrong end of the stick. You still need to display compilation progress, warnings, access IO.

There’s no way of knowing why your system is so slow without profiling it first. Taking any advice from here or elsewhere without telling us first what your machine is doing is missing the point. You need to find out what the problem is and report it at the source.

The CPU is already 100% busy, so changing number of compilation jobs won’t help, CPU can’t go faster than 100%.

Try oomd https://github.com/facebookincubator/oomd

Yeah this survey is super inappropriate and offensive. Please do not ask such personal questions.

Did you notice that more inappropriate questions appear and disappear based on your previous answers?

You’re telling me about compiling JS, to my story that is so old… I had to check. and yes, JS existed back then. HTTP2? Wasn’t even planned. This was still when IRC communities weren’t sure if LAMP is Perl or PHP because both were equally popular ;)

you are supposed to have written the tests and to have written your code with pair programming,

I commented out the tests because they were failing, pipelines were green so I merged. Now it’s running on prod. What do you do?

Blog content was stored in memory and it was served with zero-copy to the socket, so yea, it’s way faster. It was before times of php-fpm and opcache that we’re using now. Back then things were deployed and communicated using tcp sockets (tcp to rails, django or php) or reading from a disk, when the best HDDs were 5600rpm, but rare to find on shared hosting.

Before nginx was a thing, I worked with a guy who forked apache httpd and wrote this blog in C, like, literally embedded html and css inside the server, so when he made a tpyo or was adding another post he had to recompile the source code. The performance was out of this world.

You live like this?

:00 - :ff

Edit: Just learnt this can be also noted as:

:: - ::f

It compiles = it goes to prod!

Most likely debian or debian-distroless

Why would you need multiple distros at the same time?

What were the architectural decisions you made?

I sell on eBay for the price of postage

Not banking but transfer proxy space.

(C++)++