tomteb/carbon-lang: == Clone of https://github.com/carbon-language/carbon-lang.git == @ 656e746bcbe60876bcfb17223e9f55585b9e2e22

Arbore: 656e746bcb

Jeremy G. Siek ac0b810bf3 Adds basic support for class functions and methods. (#1057)		4 ani în urmă
..
BUILD	2017eb4da0 Initial implementation of block string literals following lexical_conventions/string_literals.md. (#1028)	4 ani în urmă
README.md	6c3e1f6d7c Revise README and add subdir READMEs (#1023)	4 ani în urmă
bison_wrap.h	057b9fe253 Clean up remaining executable_semantics clang-tidy warnings (#906)	4 ani în urmă
format_grammar.py	2017eb4da0 Initial implementation of block string literals following lexical_conventions/string_literals.md. (#1028)	4 ani în urmă
format_grammar_test.py	ffc2be92d6 Add carbon to a couple python imports for correctness (#1033)	4 ani în urmă
lexer.lpp	4479c55305 Pointers (#1060)	4 ani în urmă
parse.cpp	ec2f8e64e2 Support parsing Carbon files from strings. (#954)	4 ani în urmă
parse.h	ec2f8e64e2 Support parsing Carbon files from strings. (#954)	4 ani în urmă
parse_and_lex_context.cpp	70797e8bf8 Mass rename SourceLoc and Tag (#860)	4 ani în urmă
parse_and_lex_context.h	2017eb4da0 Initial implementation of block string literals following lexical_conventions/string_literals.md. (#1028)	4 ani în urmă
parse_test.cpp	eda43faa5a Note namespace and static recommendations in C++ style guide (#1041)	4 ani în urmă
parse_test_matchers.h	dc5e62fc7a Support parsing and testing unimplemented expressions (#957)	4 ani în urmă
parse_test_matchers_internal.h	92903afbd5 clang-tidy pass on executable_semantics (#963)	4 ani în urmă
parser.ypp	ac0b810bf3 Adds basic support for class functions and methods. (#1057)	4 ani în urmă
unimplemented_example_test.cpp	eda43faa5a Note namespace and static recommendations in C++ style guide (#1041)	4 ani în urmă

The code in this directory is responsible for translating Carbon source code to the AST defined in ast. It consists primarily of a Flex lexer defined in lexer.lpp and a Bison grammar defined in parser.ypp.

It is possible to define and test a new expression syntax without defining its semantics by using the UnimplementedExpression AST node type and the same techniques can be applied to other kinds of AST nodes as needed. See the handling of the UNIMPL_EXAMPLE token for an example of how this is done, and see unimplemented_example_test.cpp for an example of how to test it.

README.md