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ryanmk

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It would be nice to see the numbers, in addition to the graph.

I did a straight port of C to lua, and ran it with luajit.

The C code ran in 49.901s.

The luajit code ran in 14m16.547s.

C code was compiled with -02 -std=c11 -lm (version 4.8.1, mingw).

luajit.exe was 2.0.3, static build, using VS2012 x64

I use lua for most scripting. A big reason for this is that the entire lua environment is in lua.exe. This allows for me to distribute scripts easily without having to include a C++ installer with them.

Io language 12 years ago

I agree with the parent. Upon encountering the page, my first feeling is that this is one of THOSE landing pages.

Of course, I know this is just me bringing my biases to the thing, but that's the way it is.

You don't think they'll put humans on Mars within this century? Really? That's not a conservative statement. A conservative statement is, yea we'll probably get to Mars this century, but maybe not in the next 20 years.

I'm intrigued by your comment that being forced to do a lot with a little is powerful. Do you have any arguments or evidence for that you could point me to?

It sounds like he doesn't think the level of abstraction offered is high enough. If you are using an FPGA as a general purpose device, and not for prototyping, then a higher level of abstraction would be helpful. Otherwise, if you are prototyping, you may want a lower level of abstraction that may offer a closer approximation to your end goal.

Can other computer-on-modules in a SODIMM package be used in the Compute Module IO Board they are developing?

I've searched online, and I think the boards that the SODIMM modules are plugged-in to are called "base-boards" or "carrier-boards". In general, are these kinds of boards generic in nature, so that you can mix-and-match modules with different carrier-boards, as long as they all use the SODIMM package?