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Date:	Tue, 7 Jul 2015 15:53:24 -0400
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On Tue, Jul 7, 2015 at 3:33 PM, Larry Doolittle
<ldoolitt AT recycle DOT lbl DOT gov> wrote:

> is somewhat impractical, given the goals of grabbing python modules
> from wherever

And having them all work together. :-(

> I'd like to see at least one of Python, Lua, Nim, Julia, ... reach
> the level of maturity and stability that we have in C today.


Yes.

There is also Pony:

http://ponylang.org/

"

Why Pony?

Programming languages have been developed for over five decades and
there are many of them. So, why Pony?

Developing high performance and scalable software systems has always
been a very difficult task. With the introduction of multi-core
processors, productivity using low-level languages such as C or C++
dramatically decreased. Substantial time had to be invested in
debugging memory management related issues or data-race bugs. Manually
synchronising concurrent memory accesses was an additional dimension
programmers had to worry about, which ultimately distracted from the
actual problem to be solved. Most importantly, the increase in
performance, scalability and efficiency (if any) gained by programming
for multiple cores was outweighed by the effort that had to be put in.

We believe that a programming language should be a high-level tool to
express a problem to be solved by the computer. The runtime system
should, with a little help and as unintrusively as possible, figure
out how to map the program to the underlying hardware as efficiently
as possible. The key is to have strong compile-time guarantees. Every
single feature of Pony is designed to guarantee correctness and to
improve speed as well as simplicity.

The result is an actor-based language where programs cannot crash,
where garbage collection is fully concurrent and non-blocking, and
where programs are guaranteed to be data-race free. Applications can
run on a virtually infinite processor count and on arbitrarily large
clusters, without changing the source code.

It's type safe!

Pony is type safe. Really type safe. There's a mathematical proof and
everything.

It's memory safe!

There are no dangling pointers and no buffer overruns. The language
doesn't even have the concept of null!

It's exception safe!

There are no runtime exceptions. All exceptions have defined
semantics, and they are alwayscaught.

It's data-race free!

Pony doesn't have locks or atomic operations or anything like that.
Instead, the type system ensures at compile time that your concurrent
program can never have data races. So you can write highly concurrent
code and never get it wrong.

It's deadlock free!

This one is easy, because Pony has no locks at all! So they definitely
don't deadlock, because they don't exist!

It's compiled!

Pony is a ahead-of-time (AOT) compiled language. There is no
interpreter or virtual machine.

It's compatible with C!

Pony programs can natively call C libraries. Our compiler is able to
generate a C-header file for Pony libraries. Consequently, C/C++
programs can natively call Pony programs!"

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