FWIW "self" today is a perfectly good variable name, and practically all C and C++ code that interacts with Python (including the C implementation of Python itself) uses "self" to name variables throughout: many thousands of projects, many millions of lines of code. Having this snatched away as a keyword under some compiler settings would be a major PITA.
On Thu, 2012-06-14 at 12:53 -0400, Rick C. Hodgin wrote: > Ian, > > I was thinking C and C++. > > int myclass::foo(int a) > { > // recursion > self(a + 1); > } > > Just out of curiosity, why wouldn't it be accepted back into mainline? > > Thanks for your help. :-) > > Best regards, > Rick C. Hodgin > > On 06/14/2012 12:48 PM, Ian Lance Taylor wrote: > > "Rick C. Hodgin"<foxmuldrs...@yahoo.com> writes: > > > >> How hard would it be to implement a "self" keyword extension which > >> references the contextual function name wherein it was referenced? > >> > >> int foo(int a) > >> { > >> // recursion > >> self(a + 1); > >> } > >> > >> int food(int a) > >> { > >> // recursion > >> self(a + 1); > >> } > >> > >> Obviously not a useful example, but demonstrates that to call each > >> function it's in again that it can be done without knowing the > >> function name. > > I assume you are asking about C? It would be easy to implement. The > > compiler always know what function it is compiling. But I don't think > > the extension would be accepted back into GCC mainline. > > > > Ian > >