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For an advanced version: The C++ Grandmaster Certification MOOC where participants build their own complete C++11 compiler in C++11 is still going strong: http:
by computer 13y ago
For an advanced version: The C++ Grandmaster Certification MOOC where participants build their own complete C++11 compiler in C++11 is still going strong:
http://cppgm.org/ http://cppgm.org/
- octo_t 13y agoHas literally anyone actually completed that certification?
- madhusudancs 13y agoWell, I would extend that and ask. Has anybody completed implementing the Lexer/Parser phase? Once you get the Syntax tree or IR, the complexity is more or less (if not exactly the same) similar to other languages.
- WalterBright 13y agoI've written a complete C++98 compiler, front to back.
- pkaye 13y agoHow long did something like that take you to do?
- WalterBright 13y ago10 years
- madhusudancs 13y agoI am going to second arcft now. You are now my hero too! Wow, 10 years!
- arcft 13y agoMr. Bright, you're my hero. Really. Not only because you have made a C++ compiler using recusive descent parser and it's was the first ever to generate native code and the first comercial too and you don't even do generate assembly on dmd. You still made the D language and dmd compiler. A world saving tool from C and C++. It will rock the world. Could you imagine one of the next world's famous software like Windows or *BSD written in D? Also, I'm on the way on compiler business too (joke :-)). (sorry english, not my native language)
- beagle3 13y agoWalterBright[0] wrote the first native code C++ compiler, Zortech C++, (later called Symantec C++ and recently DigitalMars C++) and is the man behind the D programming language. [0] http://en.wikipedia.org/wiki/Walter_Bright http://en.wikipedia.org/wiki/Walter_Bright
- deleted 13y ago[deleted]
- rayiner 13y agoWriting a C++ compiler is something I wouldn't wish on my worst enemy. My Google SoC project (ages ago) involved generating code to be ABI compatible with C++ virtual table layouts. This spec gave me nightmares: http://mentorembedded.github.io/cxx-abi/abi.html#vtable http://mentorembedded.github.io/cxx-abi/abi.html#vtable. My favorite part is this sentence: "The rules for constructing virtual tables of the class are a combination of the rules from Categories 2 and 3, and can generally be determined inductively." Ah yes, very comforting. The rules can be generally determined inductively (except of course, when they can't be!)