Re: With this artifact, everyone can easily invent new languages

Thank you, James. I didn't know this group before. I'll post this message there. 在 2014年1月11日星期六UTC+8下午3时47分33秒，James Harris写道： > "Simeon Chaos" wrote in message > > news:bb7d8d30-845a-4a3d-9b03-dee71ef42986 @googlegroups.com... > > > ? 2014?1

Re: With this artifact, everyone can easily invent new languages

Yes， it's complex to design a new language. So don't let the tool stand in the way. There is a saying: Grinding a chopper will not hold up the work of cutting firewood. 在 2014年1月11日星期六UTC+8上午10时17分33秒，Chris Angelico写道： > On Sat, Jan 11, 2014 at 11:59 AM, Simeon Chaos wrote: >

With this artifact, everyone can easily invent new languages

How is peasy (https://github/chaosim/peasy) simpler and more powerful than other parser tools? Simpler and more powerful? Maybe it is a bit contrary to common sense. True or false? To affirm, please give this project (https://github.com/chaosim/peasy) a glimpse at first. Because of being simple

Peasy: an easy but powerful parser

I've released Peasy, which is an easy but powerful parser. Peasy brings a new method to write the parser. with Peasy, you write the parser by hand, just like to write any other kind of program. Do not be confused by "by hand", with the method brought by Peasy, it's easier and more powerful

dao 0.7.4 released

What's new in dao 0.7.4? *Release date: 2011-11-10 * new in code: * quasiquote, unquote, unquote_slicing is implemented. * directly evaluate sexpression in solver * some builtins for define, set and get global, outer and local var

Re: overview on dao

On Nov 9, 8:55 am, MRAB wrote: > On 09/11/2011 00:13, Simeon Chaos wrote: > > > > > > > > > > > On Nov 9, 1:52 am, Dennis Lee Bieber  wrote: > >> On Mon, 7 Nov 2011 21:10:59 -0800 (PST), Simeon Chaos > >>  declaimed the following in > &g

Re: overview on dao

On Nov 9, 1:52 am, Dennis Lee Bieber wrote: > On Mon, 7 Nov 2011 21:10:59 -0800 (PST), Simeon Chaos > declaimed the following in > gmane.comp.python.general: > > > Dao is a a functional logic solver (similar to lambdaProlog, Curry) > > written in python. The links

simpler over view on dao: a functional logic solver with builtin parsing power, and dinpy, the sugar syntax for dao in python

Dao is a a functional logic solver (similar to lambdaProlog, Curry) written in python. The links related to dao are here: pypi distribution and document: http://pypi.python.org/pypi/daot code repository: https://github.com/chaosim/dao dao groups on google: http://groups.google.com/group/daot, d.

overview on dao

Dao is a a functional logic solver (similar to lambdaProlog, Curry) written in python. The links related to dao are here: pypi distribution and document: http://pypi.python.org/pypi/daot code repository: https://github.com/chaosim/dao dao groups on google: Group name: daot, Group home page: http:/

What would happen when lisp meets prolog in python? Dao and Dinpy arises!

Dao is the new generation programming system implemented by a functional logic solver, unifying code with data, grammar with program, logic with functional, compiling with running. Would you please to have a look at my dao and dinpy? http://pypi.python.org/pypi/daot https://github.com/chaosim/dao