cc/cxxcom/cgram.y

198 static NODE *biop(int op, NODE *l, NODE *r);
385 		|  attribute_specifier { $$ = biop(ATTRIB, $1, 0); }
448 		|  nmrec C_NAME { $$ = biop(NMLIST, $1, bdty(NAME, $2)); }
455 		|  declarator '[' e ']' { $$ = biop(LB, $1, $3); }
460 			$$ = biop(LB, $1, $4);
462 		|  declarator '[' ']' { $$ = biop(LB, $1, bcon(NOOFFSET)); }
463 		|  declarator '[' '*' ']' { $$ = biop(LB, $1, bcon(NOOFFSET)); }
502 			$$ = cmop($1, biop(ELLIPSIS, NIL, NIL));
835 		|  '[' e C_ELLIPSIS e ']' '=' { $$ = biop(CM, $2, $4); }
849 			$$ = biop(LB, NIL, bcon(ie));
1002 		|  C_GOTO '*' e ';' { ecomp(biop(GOTO, eve($3), NIL)); }
1143 		|  elist  ','  e { $$ = biop(CM, $1, $3); }
1147 			$$ = biop(CM, $1, $3);
1154 e:		   e ',' e { $$ = biop(COMOP, $1, $3); }
1155 		|  e '=' e { $$ = biop(ASSIGN, $1, $3); }
1156 		|  e C_ASOP e { $$ = biop($2, $1, $3); }
1158 			$$=biop(QUEST, $1, biop(COLON, $3, $5));
1162 			$$ = biop(COLON, ccopy(p), $4);
1163 			$$=biop(QUEST, biop(ASSIGN, p, $1), $$);
1165 		|  e C_OROR e { $$ = biop($2, $1, $3); }
1166 		|  e C_ANDAND e { $$ = biop($2, $1, $3); }
1167 		|  e '|' e { $$ = biop(OR, $1, $3); }
1168 		|  e '^' e { $$ = biop(ER, $1, $3); }
1169 		|  e '&' e { $$ = biop(AND, $1, $3); }
1170 		|  e C_EQUOP  e { $$ = biop($2, $1, $3); }
1171 		|  e C_RELOP e { $$ = biop($2, $1, $3); }
1172 		|  e C_SHIFTOP e { $$ = biop($2, $1, $3); }
1173 		|  e '+' e { $$ = biop(PLUS, $1, $3); }
1174 		|  e '-' e { $$ = biop(MINUS, $1, $3); }
1175 		|  e C_DIVOP e { $$ = biop($2, $1, $3); }
1176 		|  e '*' e { $$ = biop(MUL, $1, $3); }
1177 		|  e '=' addrlbl { $$ = biop(ASSIGN, $1, $3); }
1198 term:		   term C_INCOP {  $$ = biop($2, $1, bcon(1)); }
1199 		|  '*' term { $$ = biop(UMUL, $2, NIL); }
1200 		|  '&' term { $$ = biop(ADDROF, $2, NIL); }
1201 		|  '-' term { $$ = biop(UMINUS, $2, NIL ); }
1202 		|  '+' term { $$ = biop(PLUS, $2, bcon(0)); }
1209 		|  C_UNOP term { $$ = biop($1, $2, NIL); }
1211 			$$ = biop($1 == INCR ? PLUSEQ : MINUSEQ, $2, bcon(1));
1213 		|  C_SIZEOF xa term { $$ = biop(SZOF, $3, bcon(0)); inattr = $<intval>2; }
1216 			$$ = biop(CAST, $2, $4);
1219 			$$ = biop(SZOF, $4, bcon(1));
1242 				$1->n_left = biop(LB, $1->n_left, $3);
1244 				$$ = biop(LB, $1, $3);
1251 			$$ = biop($3 ? CALL : UCALL, bdty(NAME, $1), $3);
1254 		|  term  '(' elist ')' { $$ = biop($3 ? CALL : UCALL, $1, $3); }
1255 		|  term C_STROP C_NAME { $$ = biop($2, $1, bdty(NAME, $3)); }
1256 		|  term C_STROP C_TYPENAME { $$ = biop($2, $1, bdty(NAME, $3));}
1259 			$$ = biop(NMLIST, $1, bdty(NAME, $2));
1264 			$3 = biop(CAST, $3, bcon(0));
1266 				$$ = biop(STREF, $3, $5);
1271 				p->n_left = biop(STREF, $3, p->n_left);
1274 			$$ = biop(ADDROF, $$, NIL);
1276 			$$ = biop(CAST, $3, $$);
1287 			    biop(GOTO, bcon(($2)+1), NIL), eve($4));
1295 			    biop(GOTO, bcon(($2)+1), NIL), voidcon());
1298 		|  CXX_NEW new_ds { $$ = biop(NEWKW, $2, bcon(0)); }
1301 			$$ = biop(DELETE, $2, bcon(NM_DEL));
1304 			$$ = biop(DELETE, $4, bcon(NM_DLA));
1309 		| CXX_MORENM nmrec { $$ = biop(NMLIST, $2, bdty(NAME, $1)); }
1323 			$$ = biop(TYMERGE, $1, bdty(NAME, NULL));
1326 			$$ = biop(TYMERGE, $1, aryfix($2));
1346 	q = biop(op, NIL, NIL);
1859 	r = biop(NAME, NIL, NIL);
1894 	ecomp(biop(GOTO, bcon(lbl), NIL));
2036 biop(int op, NODE *l, NODE *r)
2044 	return biop(CM, l, r);
2109 	p = biop(XARG, p, NIL);
2122 	q = biop(XASM, p->n_left, p->n_right);
2481 		desinit(biop(LB, NIL, bcon(is)));