This may sound like I applied and was burned, but I can assure you this wasn't the case, it just came up twice recently and a lot of people had gripes.
929 karma · joined January 13, 2022
izente.com
www.linkedin.com/in/melissa-villalobos-a583a1229
This may sound like I applied and was burned, but I can assure you this wasn't the case, it just came up twice recently and a lot of people had gripes.
https://fossbytes.com/linus-torvaldss-famous-email-first-lin...
What have you published? Or have most people?
I have had to deal with client that thought they could keep some bit of code secret on a browser before. I have had to explain many many times that anything the browser can do a human can do. So if a browser can run the code, at some point a human can too.
In part especially since KDE deliberately breaks up their core libraries into multiple sub-libraries(https://develop.kde.org/products/frameworks/), in order to make them available for reuse by other Qt projects. Which is not the case for XFCE. KDE also depends on Qt which is similarly broken up into smaller packages(e.g. https://packages.debian.org/buster/libqt5gui5 is depended on by https://packages.debian.org/buster/libkf5auth5). Even though the actual attack surface in terms of exposed functionality is similar.
A fairer comparison would be to look at the most minimal install with similar compilation flags, or look at only what applications it would take to achieve some goal and compile and install only those parts needed to perform it using the desktop environment's applications.
The key part there is no EXTRA cost. Most immediate mode GUI libraries redraw 60 frames everytime, so there is a constant somewhat high cost, especially compared with a retained mode program.
For any C library this is HEAVILY dependent on the compiler, compilation, and linking options used.
Temperatures in those sunny areas have increased as well on average over the last few decades.
> "with actual capital S and C." This part was referencing the industry and not me being egotistic.
I mean `niche` is a little weird here since Julia is very specifically a general purpose programming language. It just happens to be really really good at math.
Which very notably does NOT use C++.
Any reasonable person doing this would use Musl of course.
I look up how to do X, find very few resources, more than half mention D1. Compare that with looking up X in Rust or Python, how many mention Python 2 or Rust before the editions.
https://dmalcolm.fedorapeople.org/gcc/newbies-guide/memory-m...
How can they get that if they stuff enough fake reviews, plus the legion of consumers who would have no idea that the drive was the issue and not "viruses".
This is also really hard(at least for me) for second language learners.
Really it is almost everyone who doesn't know a lot about performance. Any modern programming language is targeted not at an expert, but a beginner(look at Rust which is supposed to be relatively difficult, yet is quite quick for people to pick up in my experience).
Languages should be able to be performant, even when used in poor ways. No matter what, people won't presort their data, since it likely comes from some database or csv file or json response or who knows what. So a language should be trying to accommodate that use case.