In short, ANI seeks to break out of the shackles of imperative programming -- a stale paradigm which for four decades has produced hundreds of clones of the same fundamental feature set, none of which offer intuitive hands-off concurrency, and differing only in what lengths they go to to sugar-coat the embarrassing truth that they're all just increasingly high-level assemblers at heart;
Haha. The entire point of programming is to tell the hardware what to do. Any programming language that is not 'high-level assembly' has severe leaky-abstraction problems. The reason C and C++ still enjoy so much success despite limited syntax is that they stay true to the hardware and don't force another layer of abstraction on you.
Haha. The entire point of programming is to tell the hardware what to do. Any programming language that is not 'high-level assembly' has severe leaky-abstraction problems. The reason C and C++ still enjoy so much success despite limited syntax is that they stay true to the hardware and don't force another layer of abstraction on you.