doc: fix lalr1.cc documentation.

[bison.git] / doc / bison.texinfo

diff --git a/doc/bison.texinfo b/doc/bison.texinfo
index 6583dbddaa2fd41f5191e9dcefc4ab51c79574e4..b385e39865ed13ec264b3932931d89089e56e151 100644 (file)
--- a/doc/bison.texinfo
+++ b/doc/bison.texinfo
@@ -8013,8 +8013,8 @@ int yyparse (void);
 @c - initial action
 
 The C++ @acronym{LALR}(1) parser is selected using the skeleton directive,
-@samp{%skeleton "lalr1.c"}, or the synonymous command-line option
-@option{--skeleton=lalr1.c}.
+@samp{%skeleton "lalr1.cc"}, or the synonymous command-line option
+@option{--skeleton=lalr1.cc}.
 @xref{Decl Summary}.
 
 When run, @command{bison} will create several entities in the @samp{yy}
@@ -8163,11 +8163,19 @@ this class is detailed below.  It can be extended using the
 it describes an additional member of the parser class, and an
 additional argument for its constructor.
 
-@defcv {Type} {parser} {semantic_value_type}
-@defcvx {Type} {parser} {location_value_type}
+@defcv {Type} {parser} {semantic_type}
+@defcvx {Type} {parser} {location_type}
 The types for semantics value and locations.
 @end defcv
 
+@defcv {Type} {parser} {token}
+A structure that contains (only) the definition of the tokens as the
+@code{yytokentype} enumeration.  To refer to the token @code{FOO}, the
+scanner should use @code{yy::parser::token::FOO}.  The scanner can use
+@samp{typedef yy::parser::token token;} to ``import'' the token enumeration
+(@pxref{Calc++ Scanner}).
+@end defcv
+
 @deftypemethod {parser} {} parser (@var{type1} @var{arg1}, ...)
 Build a new parser object.  There are no arguments by default, unless
 @samp{%parse-param @{@var{type1} @var{arg1}@}} was used.
@@ -8206,7 +8214,7 @@ The parser invokes the scanner by calling @code{yylex}.  Contrary to C
 parsers, C++ parsers are always pure: there is no point in using the
 @code{%define api.pure} directive.  Therefore the interface is as follows.
 
-@deftypemethod {parser} {int} yylex (semantic_value_type& @var{yylval}, location_type& @var{yylloc}, @var{type1} @var{arg1}, ...)
+@deftypemethod {parser} {int} yylex (semantic_type* @var{yylval}, location_type* @var{yylloc}, @var{type1} @var{arg1}, ...)
 Return the next token.  Its type is the return value, its semantic
 value and location being @var{yylval} and @var{yylloc}.  Invocations of
 @samp{%lex-param @{@var{type1} @var{arg1}@}} yield additional arguments.
@@ -8850,7 +8858,7 @@ The first, inclusive, position of the range, and the first beyond.
 @end deftypeivar
 
 @deftypeop {Constructor} {Location} {} Location (Position @var{loc})
-Create a @code{Location} denoting an empty range located at a given point. 
+Create a @code{Location} denoting an empty range located at a given point.
 @end deftypeop
 
 @deftypeop {Constructor} {Location} {} Location (Position @var{begin}, Position @var{end})
@@ -9064,7 +9072,7 @@ Return immediately from the parser, indicating success.
 @end deffn
 
 @deffn {Statement} {return YYERROR;}
-Start error recovery without printing an error message. 
+Start error recovery without printing an error message.
 @xref{Error Recovery}.
 @end deffn