Lines Matching refs:groupings

488 @dfn{syntactic groupings} and give rules for constructing them from their
571 The syntactic groupings of C include the expression, the statement, the
1239 and groupings.  Moreover, the output parser is equipped with a default data
1272 The job of the Bison parser is to group tokens into groupings according to
1483 groupings (@pxref{Value Type, ,Data Types of Semantic Values}).  The
1541 The groupings of the rpcalc ``language'' defined here are the expression
2148 pseudo-variable @code{@@$} for groupings.
3193 equivalent groupings.  The symbol name is used in writing grammar rules.
3350 says that two groupings of type @code{exp}, with a @samp{+} token in between,
3403 comma-separated sequence of zero or more @code{exp} groupings:
3505 groupings, and by the actions taken when various groupings are recognized.
3552 of tokens and groupings.  For example, a numeric constant may need type
3572 and for groupings with the @code{%type} Bison declaration (@pxref{Type
3587 semantic values associated with tokens or smaller groupings.
3629 This rule constructs an @code{exp} from two smaller @code{exp} groupings
3632 refer to the semantic values of the two component @code{exp} groupings,
3664 to tokens and groupings on the stack @emph{before} those that match the
4074 since all tokens and groupings always use the same type.
4110 The most obvious way for building locations of syntactic groupings is very
6221 in actions to keep track of the textual locations of tokens and groupings,
6636 the last @var{n} tokens and groupings shifted match the components of a
6638 @dfn{reduction}.  Those tokens and groupings are replaced on the stack by a
6692 last @var{n} tokens and groupings match a rule.  This is because such a
6699 perform one or more reductions of tokens and groupings on the stack, while
7118 This means that a certain number of tokens or groupings are taken off
7137 of zero or more @code{word} groupings.
7216 @code{word} or @code{redirect} groupings.  The individual definitions of