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Use TinyPG! Its an amazing all-in-one compiler compiler with a lightweight GUI, where you build your parser with RegEx, EBNF, and write C#/VB code to do something with the parse tree! Here's a short and informative summary that I did earlier, which also links you to the downloads. <hr> My understandings of TinyPG: <a href="http://www.codeproject.com/KB/recipes/TinyPG.aspx" rel="noreferrer">TinyPG</a> allows you to write & develop: <ul> <li>Define Terminals using <a href="http://www.codeproject.com/KB/dotnet/regextutorial.aspx" rel="noreferrer">Regular Expressions.</a></li> <li>Define Non-terminals and parser rules in <a href="http://en.wikipedia.org/wiki/EBNF" rel="noreferrer">Extended BNF meta-syntax.</a></li> <li>Write Compiler code in C# or VB, within TinyPG.</li> </ul> It has an in-built IDE, Windows Only (created in C#.NET, open source). It allows you to try out & preview Regular Expressions using the inbuilt RegEx tool. RegEx syntax is supported in .NET which means that even your outputted parser code uses .NET's Regular Expressions. You write EBNF to describe the language of your choice (Here are some freely available <a href="http://www.devincook.com/GOLDParser/grammars/index.htm" rel="noreferrer">BNF Grammers that describe modern programming languages</a> (C, Java, JavaScript, C#, VB.NET, SQL-89) Using TinyPG, your RegEx along with your EBNF outputs a parse-tree <a href="http://upload.wikimedia.org/wikipedia/en/a/a9/Parser_Flow.gif" rel="noreferrer">(see this diagram)</a>. Now what do you do with the parse-tree? You write C#/VB code (within TinyPG, per BNF grammer rule) for your Compiler/Interpreter/Translator. (inside TinyPG, open the "simple expression2.tpg" file within the provided Samples to see a demo of a calculator 'compiler') TinyPG allows you to Compile and Test your tokenizer+parser+complier, within the TinyPG IDE, and it finally outputs the parser source code in C#.NET or VB.NET (your choice), with ready-to-use classes. An excellent All-in-one Compiler Compiler for the masses. Enjoy! PS: Correct me if I'm wrong on any of this.
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1. COgreat answer, cheers.
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