statically

It would appear the necessary code is generated statically even for Java and C#, to take advantage of strong typing.

The main reason for this is its statically typed, and the type system is dead simple.

Non-capturing lambdas can be instantiated once and cached statically, forwarding to an outer class static method.

As opposed to Docker which also bundles everything, or Go which basically statically links everything?

The last generation of Itanium abandoned explicit, statically-scheduled parallelism and switched to out of order execution, like every fast general-purpose CPU uses.

Haskell seems like an interesting language to implement, being both statically typed and lazy.

Which one is the bigger population that can statically accommodate this growth?

Some of those features are only possible because Java is statically typed.

Well, statically pretty much everything from C to C++ to Java to.

I've gone back and forth between statically typed and dynamically typed languages so I don't find the transition that hard.

Have you ever actually tried producing a statically linked C/C++ binary?

But they can exist in a statically typed extension to javascript.

Where "strongly managed" is reserved for some future (if at all possible) language that can guarantee no leaks whatsoever (also it'll statically ensure halting)?

It's not "statically typed" in the 1998 sense of the classification.

"Misconception: You should have only one process per Docker container!" as soon as you start treating docker images as anything other that isolated statically compiled executables, you're not going to get the best out of docker.