Code-signing certs used to be very expensive and annoying to obtain. The situation has improved a lot since the launch of Azure Trusted Signing, and now it's roughly on par with the cost and annoyance level of code-signing for Mac binaries.
My understanding of the article is that there is nothing that a user will be able to do to install your software.
> “developers [that we approve] will have the same freedom to distribute their apps directly to users through [installation] or to use any app store they prefer.”
So, less freedom.
This might do more good than harm, since I'm willing to believe that scams involving APKs are prevalent, but come on. I need your permission to install software on my phone? Are you sure it isn't just that you want more control over everyone's phones?
My partner recently picked up some fine crochet bedspreads. These intricate bedspreads each must have consumed multiple weeks of labour. I understand this is also true of hand crafted Chinese and Afghan rugs - around a month per square metre for an Afghan.
In contrast, those basketball shoes you collect are mass produced and apparently consume around 3 hours of direct labour. You could have many tens or even hundreds of those basketball shoes for the labour value of a moderately size Afghan rug.
Yes yes I’m sure there are exceptions somewhere but I’ve been reading Java fans using benchmarks to try to convince me that I can’t tell which programs on my computer are Java just by looking for the weirdly slow ones, when I in fact very much could, for 25ish years.
Java programs have a feel and it’s “stuttery resource hog”. Whatever may be possible with the platform, that’s the real-world experience.
I haven't worked with too much Java, but I suspect that the distaste many have for it is due to its wide adoption by large organizations and the obfuscating "dressed up" tendency of the coding idioms used in large organizations.
The runtime isn't inherently slow, but maybe it's easier to write slow programs in Java.
Dumb question, but is it difficult to setup a temperature and humidity controlled box or room where you could stow away the plants at night? A possibly dumber question, why do hydroponics always seem to involve indoor/UV lighting? Why are there no container-sized setups that you can place outdoors, but the climate and sun-light is controlled, and it's all powered by solar energy?
(sorry for all the dumb questions, i don't know anything about this topic)
[This guy][1] does a bunch of hydroponics and hydroponics adjacent projects outdoors.
Sure, it can't hurt, but are those kids or their parents gonna go out and buy books, and then, you know, learn how to read?
I wonder what the numbers are like in the US...
As long as communications have bounded speed (speed of light or whatever else) there will be event horizons.
The point of a database is to track changes and therefore time centrally. Not because we want to, but because everything else has failed miserably. Even conflicting CRDT change merges and git merges can get really hairy really quickly.
People reinvent databases about every 10 years. Hardware gets faster. Just enjoy the show.
What I got from Hickey's talk is that he wanted to design a system that resisted the urge to encode everything in a stored procedure and run it on the database server.
Maybe the the problem with CI is that it's over there. As soon as it stops being something that I could set up and run quickly on my laptop over and over, the frog is already boiled.
The comparison to build systems is apt. I can and occasionally do build the database that I work on locally on my laptop without any remote caching. It takes a very long time, but not too long, and it doesn't fail with the error "people who maintain this system haven't tried this."
The CI system, forget it.
Part of the problem, maybe the whole problem, is that we could get it all working and portable and optimized for non-blessed environments, but it still will only be expected to work over there, and so the frog keeps boiling.
I bet it's not an easy problem to solve. Today's grand unified solution might be tomorrow's legacy tar pit. But that's just software.