* data/glr.cc, tests/actions.at: Fix comments.
* src/symtab.h, src/symtab.c: Fix indentation/comments.
* src/symlist.c: Fix indentation.
# b4_yy_symbol_print_define
-# ---------------------------
+# -------------------------
# Bypass the default implementation to generate the "yy_symbol_print"
# and "yy_symbol_value_print" functions.
m4_define([b4_yy_symbol_print_define],
]b4_namespace_open[
-]dnl In this section, the parse param are the original parse_params.
+]dnl In this section, the parse params are the original parse_params.
m4_pushdef([b4_parse_param], m4_defn([b4_parse_param_orig]))dnl
[ /// Build a parser object.
]b4_parser_class_name::b4_parser_class_name[ (]b4_parse_param_decl[)]m4_ifset([b4_parse_param], [
{
switch (node->content_type)
{
- case SYMLIST_SYMBOL:
- symbol_code_props_set (node->content.sym, kind, cprops);
- if (node->content.sym->status == undeclared)
- node->content.sym->status = used;
- break;
- case SYMLIST_TYPE:
- semantic_type_code_props_set
- (semantic_type_get (node->content.sem_type->tag,
- &node->content.sem_type->location),
- kind, cprops);
- if (node->content.sem_type->status == undeclared)
- node->content.sem_type->status = used;
- break;
+ case SYMLIST_SYMBOL:
+ symbol_code_props_set (node->content.sym, kind, cprops);
+ if (node->content.sym->status == undeclared)
+ node->content.sym->status = used;
+ break;
+ case SYMLIST_TYPE:
+ semantic_type_code_props_set
+ (semantic_type_get (node->content.sem_type->tag,
+ &node->content.sem_type->location),
+ kind, cprops);
+ if (node->content.sem_type->status == undeclared)
+ node->content.sem_type->status = used;
+ break;
}
}
complain_at (sym->location, complaint,
_("symbol %s is used, but is not defined as a token"
" and has no rules"),
- sym->tag);
+ sym->tag);
break;
case declared:
/* If declared, then sym->class != unknown_sym. */
/* Declaration status of a symbol.
First, it is "undeclared". Then, if "undeclared" and used in a
- %printer/%destructor, it is "used". If not "declared" by used in a
- rule, it is "needed". Finally, if declared (via a rule for
- nonterminals, or %oken), it is "declared".
+ %printer/%destructor, it is "used". If not "declared" but used in
+ a rule, it is "needed". Finally, if declared (via a rule for
+ nonterminals, or %token), it is "declared".
When status are checked at the end, "declared" symbols are fine,
- "used" symbols trigger warnings, otherwise it's an error.
-*/
+ "used" symbols trigger warnings, otherwise it's an error. */
typedef enum
{
## Qualified $$ in actions. ##
## ------------------------- ##
-# Check that we can used qualified $$ (v.g., $<type>$) not only in
-# rule actions, but also where $$ is valid: %printer and %destructor.
+# Check that we can use qualified $$ (v.g., $<type>$) not only in rule
+# actions, but also where $$ is valid: %destructor/%printer and
+# %initial-action.
#
-# FIXME: Not actually checking %desctructor, but it's the same code as
+# FIXME: Not actually checking %destructor, but it's the same code as
# %printer...
#
# To do that, use a semantic value that has two fields (sem_type),