I have been looking for a functional language that compiles to efficient C/C++ to fufill two rather odd criteria.<br><br>1.
To conform to the requirements of the iPhone Developers Program. Code
must compile in XCode and be either C/C++/Obj-C. Garbage collection is
mostly disallowed. Program size and memory must fit below a threshold. <br>
2. Separately, to perform Naive Bayes computation across huge datasets.
What is required is function inlining as well as use of SIMD
instructions. <br>I would provide the inlined functions via .h's and compile them in with gcc.<br>
<br>I really don't know much about language design and development, so
I might be way off base here. For the GC, I guess this would imply that
there would be a way to fix the scope of closures and other structures
that are referenced/collected. With jhc taking a 'full program' approach to analysis and optimization, I thought that this might be possible. Or perhaps there is a way to use ref counting for objects of an indeterminate lifespan instead of incremental (or whichever) garbage collection. <br>
<br>I see that jhc see offers a way to specify unboxed values and tuples. And I'm sure there is a way to manage large native arrays as well. Is there a way to pass that data directly to an inline C function that would be compiled in by gcc? (i.e. not loaded from a library through FFI) <br>
<br>I've looked through most of the jhc mailing list archives and haven't found any such discussions. Would this be something that would be achievable somewhere in the jhc roadmap, or at least conceivable with a few
hacks?<br clear="all"><br>-- <br>We can't solve problems by using the same kind of thinking we used when we created them. <br> - A. Einstein<br>