Dear diary, the year is 2094, 10 years since society collapsed. The neighbors went scavenging for food and I haven't seen them in 4 days. I fear the worst. Meanwhile, JEP 533 – Structured Concurrency still hasn't been declared stable, and it has entered its five-hundredth preview release in OpenJDK 136.
Java 27 already? I just learned about Java 26. But I’m not complaining, the JEPs that is getting introduced on every release are quite exciting features. I highly recommend following the Java official YouTube channel, they publish entertaining, yet informative videos/shorts about tips/tricks/features.
> On the performance side, I noted two interesting improvements:
> HashMap.putAll() now has a fast-path when the Map is a HashMap, which directly calls putHashMapEntries(), resulting in a 66-86% improvement (PR #28243);
> A new intrinsic for the AVX2 architecture has been added for binary search, resulting in a 1.5x to 2.35x improvement for arrays above a certain threshold (int=256, long=768, short=512, char=512) (PR #30612).
Just one more push to Java 17; from there on it should be smooth sailing. I hope you have built up a comprehensive regression test suite as part of the migration.
You know you haven't done much if your whole HN discussion page is jokes on version number rapidly increasing and few frustrating comments on why their favorite feature is not implemented yet!
I think you are reading way too much in those things. I made the JEP 533 joke in this thread, and I am definitely not implying progress is slow, nor am I frustrated.
I think it's a good thing the developers take their time to flesh out new features. Once it goes in, it stays like that forever. Besides, since 27 isn't an LTS release it doesn't really matter if it goes out of preview. Looking at mailingslists, etc. I can see plenty of progress being made.
They moved to a schedule instead of waiting for features to be finished.
Basically we get a new major version release on a schedule. Everything that is finished gets packaged in and everything else pushed to the next release.
The issue before was that they marked beforehand "version X will contain feature Y" and then feature Y got delayed by 3 years which means everything else in version X also got delayed by 3 years even though they were done 6 months ago.
It's too many releases now. At some points, the numbers just become noise. I think most people will stick to the LTS releases, but even those come out every two years.
The numbers have become meaningless noise already. This release should've been called 26.1, then 27.0, 27.1, 28.0 and so on. Year.version. How Canonical does it with Ubuntu.
The current numbering scheme is annoying and distracting, bears no information yet is still error prone.
I think you mean "(Year % 100).version". Or is it "(Year - 2000).version"? Pardon me for being overly pedantic, but ever since Y2K it really bugs me when someone refers to a 2-digit number as "the year".
I believe that's by design: applications are encouraged to upgrade often. That's usually a smooth process for standard-conforming applications.
Applications that need to move slower can stick to LTS versions. LTS hopping has become a little bit more viable since the interval has been shortened to two years, i.e., four major versions.
> I believe that's by design: applications are encouraged to upgrade often.
I'm not sure what's your thought process here. I'm not saying they should have a release every 2 years instead of every half a year, but that their numbering scheme is bad.
It makes upgrading harder. If they'd just put the date in the version field, people would know how old the software is (this applies to every software btw not just Java and Ubuntu).
Their current versioning system doesn't help anyone in any imaginale circumstance.
> If they'd just put the date in the version field, people would know how old the software is
Does it tell you anything? If this "software" just bumps the date and never provides anything meaningful it is useful to you? It's about the substance.
The official guidance is very simple and straightforward: upgrade regularly and keep eyes open for the few actual things that could cause trouble. If a project cannot keep up it can always stick to LTS versions. That's it.
When I encounter a version number I mostly want to know either:
- what are the major characteristics of the program
- how old is the program
Traditional software versioning helps in the first case: they bump version after a big event (new feature, rewrite, etc). Date based versioning helps in the second case. (I prefer date based versioning over traditional or semver.) Their numbering system doesn't help anyone in any case. It's just... there. A noise.
E.g. just this article title on HN: "Java 27: What's New?" doesn't tell you whether Java 27 is old or new. "Java 26.1: What's New?" would.
> doesn't tell you whether Java 27 is old or new. "Java 26.1: What's New?" would
How does 26.1 tell you that? Because you "assume" it is a date? It also still doesn't? How do you know the new 1 isn't 26.100?
> Traditional software versioning helps in the first case: they bump version after a big event
They pretend to. It's given most developers headaches in terms of you have to have something to bump the version so either they make something up or never do it and so fails your test either way.
At the end of the day either:
You care: a quick check won't hurt. It's twice a year.
With each new Java release the previous one becomes instantly unsupported (meaning that it receives no security updates), unless you pay Oracle (or another vendor). So you are forced to update if you want security updates (or run only LTS releases, or pay a vendor).
Rust releases are just compiler toolchain, maybe some new syntax features. Java includes the JVM which is subject to way more security issues and needs much more frequent updating.
There are some actual removal of feature too (breaking backwards compatibility on purpose). But those come with deprecation warnings for years before the actual feature is removed. And even then quite often it is still possible to enable with some feature flag for a version or two.
Patches are released continuously. The upstream versions get them immediately and they are then backported to LTS versions. Whether the patches actually become available simultaneously I cannot say without.
I work with dotnet but my understanding is that some applications/ teams are still on java 8 with spring boot or whatever so it isn't like they aren't modernizing but they are choosing to do so at their own time which is fine I think
I think they are saying Java is dead?! Not sure how else to interpret the comment. If that's the case I have to disagree. There are probably billions of lines of Java in enterprise, it will never die.
my standard Java analogy is it's like a garbage truck. Java is out there every day doing a job that's absolutely critical but rarely, if ever, in the lime light.
I disagree. The open web likes bashing it as a scrape goat. Reddit, X/Twitter, etc. It's died down some lately but there were at least a couple a years when this was very out there.
Java is swell and all, but having seen how the vendor treats even their large customers, I could never in good conscience recommend them to anyone I do business with. Better to miss out on the latest features and work with more respectful vendors IMO.
What vendor? OpenJDK is free and libre. If you mean Oracle, then that's a choice your employer made and yeah, you're SoL, especially for working in such a place.
