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If you go the gppg homepage and download that distribution, you'll get the documentation for gppg, which describes the requirements for the input file, how to construct your grammar, etc Def kwtype attrbt id defline. It almost seems like it would be simpler to just include everything in one package.

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I've done a couple of small projects with gplex/gppg, which are pretty straightforward reimplementations of lex/yacc in c# But i'm certain that it will at least flag the shift/reduce conflict.) the conflict arises in the rules I've not used any of the other tools above, so i can't really compare them, but these worked fine

Gppg can be found here and gplex here

That being said, i agree, a full lex/yacc solution probably is overkill for your problem I would suggest generating a set of bindings. Everything is going great except for one really nasty bit The language we are parsing has a sort of .

For lalr parser, i found gppg/gplex, and for ll parser, there is the famous antlr But, i want to reuse my flex/bison grammar as much as possible Is there any direct port of flex/bison for c# What lexer/parser people normally use for c#

Is there any reason for that choice?

I could go and write a big method that would use the collected tokens to figure out which leaves should be put in which branches and in the end populate a treenode object, but since gppg already handled everything by using supplied regular expressions, i was wondering if there's an easier way? Gardens point lex and the gardens point parser generator are strongly influenced by lex and yacc, and output c# code Your grammar is simple enough that i think your current approach is fine, but kudos for wanting to learn the real way of doing it This is far from a full example

The actual gppg file needs to replace the. 0 we're using gppg (essentially bison for c#) to generate a parser for a programming language The language we are parsing has a sort of implicit comparison rule, where expression expression should be interpreted as expression == expression. Here is the grammar for gppg (its a bison like compiler compiler

And that was not an echo):

When i was working in c#, i found the gppg and gplex parser/lexer generators to be perfect for my needs I'm wondering if there's something similar for the d programming language (i.e That grammar surely produced at least one shift/reduce conflict along with a warning that the production attrbt /* nothing */ is useless because of the conflict

(if that's not the case, it's because gppg doesn't provide as many warnings as bison