I too dislike dependency injection frameworks. I try to always wire manually myself. I'm tired of debugging old SpringFramework apps where changing the JVM by a patch level or changing one JAR dependency breaks the wiring. I have seen it too many times to count.
The pagination object is bulky and unnecessarily complex, where a simple offset/limit is enough (and a nextUrl for cursor-based access).
When we looked into cluster locks, they’re not even released if one node goes down. I mean, who would need a lock implementation that just stores a line in a DB? And the doc doesn’t even warn about it.
That is quite a broad statement. Two negative points about Apache Java libraries I can think of: The original "lang" libraries have not aged well at all. Also: The HTTP client libs are a fiasco. Very challenging APIs and weak documentation.
Not really. Software first enterprises do. But most enterprises that have a non-software focus generally prefer languages that have been around for a while and are known by lots of people.
I’ve written go code for large corporates in Australia who absolutely did not have a tech or software focus. One was a notoriously bureaucratic company which used to be a government owned enterprise. For the niches it fills well, it’s become almost ubiquitous.
With regard to this:
> But most enterprises that have a non-software focus generally prefer languages that have been around for a while and are known by lots of people.
I know developers who work for large blue chip financial sector and other traditional sectors. They’re on the same React/Vue/Webpack/whatever treadmill as all the frontend devs devs working at web dev agencies. And they’re often compiling it down from TypeScript, which has not been around for a very long while at all and is not known by lots of people (relative to the size of the JS community.
Swinging a bit of Go for a service in an environment like that isn’t really that hard.
I do not know about go ecosystem, but java and spring have mature solutions that cover the most advanced use cases.