constraints

They had to leave it out of the first prototype due to space constraints but describe the approach.

They're about who controls it, who decides the direction of its evolution, and what constraints they operate under.

Usually it's from the satisfaction of a problem solved in a reasonable amount of time under well considered constraints.

Instead just low radar cross section, supercruise, and lots of payload (f-35 can carry very little because of stealth and jumpjet design constraints).

They are likely impacted by latency and throughput constraints, which will exacerbate issues with sites that require a lot of requests or are resource heavy.

There are no real technical constraints, it's been done in all kinds of languages and it has been a well understood feature for 2+ decades.

They are left out because of technical constraints which are: - Generics in current form won't work across the board with all parts of Go.

Also note that there is fantasy that fits these constraints as well, with rigorously-defined magic systems that the characters must manipulate and explore the implications of.

Learning how to code isn't about performance and elegance, it's finding your creativity, perseverance to stick with a problem, flexibility to adapt and change based on new constraints.

As far as I know it's not that something couldn't be shoehorned in, but rather that the language designers' tastes result in additional technical constraints.

But from my experience const really helps in enforcing directed graph constraints on logic and data flow which is great - and forces code to be easier to reason about.

But we know that utility scale batteries can be much cheaper (I mean these Tesla powerwalls are quite similar to batteries that go into cars, their energy density is very high due to space constraints.

Most of the "features" of the language is what I call "constraints".

> algorithm which can reasonably be considered "AI, if we ignore resource constraints" I am not convinced.

I really wish people wouldn't base their claims on security contests like this: "nobody has claimed the reward so it must be secure" is fundamentally a really bad argument, and - as Moxie's article on the Telegram crypto contest [1] demonstrates - it's easy to design constraints that look reasonable but in fact make the contest unwinnable, regardless of the scheme's security.

"We've got to find a way to make the overall cost the same or lower than PCs to make that happen." That's a tall order given IBM 's existing software infrastructure, Apple's migration tooling and support staff for enterprise, and the constraints that accounting standards place on the way equal cost would have to be figured.

Constraints, pre/post conditions, invariants, and so on are added as needed for next phase: type/interface checking + automatic production of verification conditions, tests, static/dynamic checks, covert channel analysis, and so on based on annotated code.