Hi Guido, I am very interested to hear about your ASIC Lispm, how can we avail once its out? Can you please share more details? Actually I am also trying to get back from what we have started using FPGA but time is always not on my side these days, but will see..
I really hope to hear from you back, thanks. BR, Geo On Tue, Apr 21, 2020 at 5:37 PM Guido Stepken <gstep...@gmail.com> wrote: > Hi Alex! > > Webassembly already is ported to almost all architectures, where browsers > are available. All those Webassembly containers in those browsers takes > Binary Lisp code and do translate it to native machine code. > > If you would please have a look at that giant list of programming > languages, that transpile to that "Binary Lisp" for being executed in > Webassembly browser containers. > > https://github.com/appcypher/awesome-wasm-langs/blob/master/README.md > > There are couple of server side Webassembly containers out there, that do > either interpret Webassembly Binary Lisp code or can JIT that. > > Means: Your PicoLisp .l code could *directly* run in any browser and on > any hardware in such a Webassembly container. All you need to do is to > tokenize your PicoLisp code. That's one day of work. > > I still haven't the slightest idea, what you are doing there with pil21 > and LLVM. Don't use buggy, backdoored US software stacks, such as LLVM, > GCC, VC++ or JVM any longer! > > We simply *don't need* them!!! > > Webassemby, by JITing Binary Lisp code to machine code already has > everything in it! It's kind of universal AST to machine code compiler, > where the AST only is represented in Binary Lisp form. > > I've recently completed my ASIC Lisp machine, just waiting for the board > designers to get finished. No CPU of any kind neccessary any longer. > PicoLisp .l code then also could directly run on that ASIC. And much > faster, than you can imagine! ;-) > > Best regards, Guido Stepken > > > > > Am Dienstag, 21. April 2020 schrieb Alexander Burger <a...@software-lab.de > >: > > Hi Guido, > > > > On Sun, Apr 19, 2020 at 06:41:31PM +0200, Guido Stepken wrote: > >> But this is not the point. The point is, that MetaCola was a code > >> generator, where you can implement whole programming languages within > just > >> a few lines of code. > >> .. > >> OMeta Parser/Interpreter has been translated into many programming > >> languages and is used almost everywhere now to implement DSL (Domain > >> Specific Languages). > >> ... > >> 153 Lines of OMeta code: > >> ... > >> I almost completely stopped writing code in any programming language by > >> hand, since there is not a single problem that cannot be solved with > OMeta > > > > Wonderful! That saves all our problems. No reason to stop pil21 :) > > > > LLVM is only needed to translate the IR code, generated from PicoLisp > pil21 > > sources, to the target machine language. > > > > You can surely write for us such a translator in 160 lines. For now, > targets > > x86-64, arm64, RISC-V and Verilog on Linux, Android, MacOS and iOS would > be > > enough. > > > > Issue closed! :) > > > > ☺/ A!ex > > > > -- > > UNSUBSCRIBE: mailto:picolisp@software-lab.de?subject=Unsubscribe > > > >
