Source Code Cross Referenced for ReversedDepthFirstAdapter.java in  » Parser » sablecc » org » sablecc » sablecc » analysis » Java Source Code / Java DocumentationJava Source Code and Java Documentation

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Java Source Code / Java Documentation » Parser » sablecc » org.sablecc.sablecc.analysis 
Source Cross Referenced  Class Diagram Java Document (Java Doc) 


001:        /* This file was generated by SableCC (http://www.sablecc.org/). */
002:
003:        package org.sablecc.sablecc.analysis;
004:
005:        import org.sablecc.sablecc.node.*;
006:
007:        public class ReversedDepthFirstAdapter extends AnalysisAdapter {
008:            public void inStart(Start node) {
009:                defaultIn(node);
010:            }
011:
012:            public void outStart(Start node) {
013:                defaultOut(node);
014:            }
015:
016:            public void defaultIn(Node node) {
017:            }
018:
019:            public void defaultOut(Node node) {
020:            }
021:
022:            public void caseStart(Start node) {
023:                inStart(node);
024:                node.getEOF().apply(this );
025:                node.getPGrammar().apply(this );
026:                outStart(node);
027:            }
028:
029:            public void inAGrammar(AGrammar node) {
030:                defaultIn(node);
031:            }
032:
033:            public void outAGrammar(AGrammar node) {
034:                defaultOut(node);
035:            }
036:
037:            public void caseAGrammar(AGrammar node) {
038:                inAGrammar(node);
039:                if (node.getAst() != null) {
040:                    node.getAst().apply(this );
041:                }
042:                if (node.getProductions() != null) {
043:                    node.getProductions().apply(this );
044:                }
045:                if (node.getIgnTokens() != null) {
046:                    node.getIgnTokens().apply(this );
047:                }
048:                if (node.getTokens() != null) {
049:                    node.getTokens().apply(this );
050:                }
051:                if (node.getStates() != null) {
052:                    node.getStates().apply(this );
053:                }
054:                if (node.getHelpers() != null) {
055:                    node.getHelpers().apply(this );
056:                }
057:                {
058:                    Object temp[] = node.getPackage().toArray();
059:                    for (int i = temp.length - 1; i >= 0; i--) {
060:                        ((TPkgId) temp[i]).apply(this );
061:                    }
062:                }
063:                outAGrammar(node);
064:            }
065:
066:            public void inAHelpers(AHelpers node) {
067:                defaultIn(node);
068:            }
069:
070:            public void outAHelpers(AHelpers node) {
071:                defaultOut(node);
072:            }
073:
074:            public void caseAHelpers(AHelpers node) {
075:                inAHelpers(node);
076:                {
077:                    Object temp[] = node.getHelperDefs().toArray();
078:                    for (int i = temp.length - 1; i >= 0; i--) {
079:                        ((PHelperDef) temp[i]).apply(this );
080:                    }
081:                }
082:                outAHelpers(node);
083:            }
084:
085:            public void inAHelperDef(AHelperDef node) {
086:                defaultIn(node);
087:            }
088:
089:            public void outAHelperDef(AHelperDef node) {
090:                defaultOut(node);
091:            }
092:
093:            public void caseAHelperDef(AHelperDef node) {
094:                inAHelperDef(node);
095:                if (node.getRegExp() != null) {
096:                    node.getRegExp().apply(this );
097:                }
098:                if (node.getId() != null) {
099:                    node.getId().apply(this );
100:                }
101:                outAHelperDef(node);
102:            }
103:
104:            public void inAStates(AStates node) {
105:                defaultIn(node);
106:            }
107:
108:            public void outAStates(AStates node) {
109:                defaultOut(node);
110:            }
111:
112:            public void caseAStates(AStates node) {
113:                inAStates(node);
114:                {
115:                    Object temp[] = node.getListId().toArray();
116:                    for (int i = temp.length - 1; i >= 0; i--) {
117:                        ((TId) temp[i]).apply(this );
118:                    }
119:                }
120:                outAStates(node);
121:            }
122:
123:            public void inATokens(ATokens node) {
124:                defaultIn(node);
125:            }
126:
127:            public void outATokens(ATokens node) {
128:                defaultOut(node);
129:            }
130:
131:            public void caseATokens(ATokens node) {
132:                inATokens(node);
133:                {
134:                    Object temp[] = node.getTokenDefs().toArray();
135:                    for (int i = temp.length - 1; i >= 0; i--) {
136:                        ((PTokenDef) temp[i]).apply(this );
137:                    }
138:                }
139:                outATokens(node);
140:            }
141:
142:            public void inATokenDef(ATokenDef node) {
143:                defaultIn(node);
144:            }
145:
146:            public void outATokenDef(ATokenDef node) {
147:                defaultOut(node);
148:            }
149:
150:            public void caseATokenDef(ATokenDef node) {
151:                inATokenDef(node);
152:                if (node.getLookAhead() != null) {
153:                    node.getLookAhead().apply(this );
154:                }
155:                if (node.getSlash() != null) {
156:                    node.getSlash().apply(this );
157:                }
158:                if (node.getRegExp() != null) {
159:                    node.getRegExp().apply(this );
160:                }
161:                if (node.getId() != null) {
162:                    node.getId().apply(this );
163:                }
164:                if (node.getStateList() != null) {
165:                    node.getStateList().apply(this );
166:                }
167:                outATokenDef(node);
168:            }
169:
170:            public void inAStateList(AStateList node) {
171:                defaultIn(node);
172:            }
173:
174:            public void outAStateList(AStateList node) {
175:                defaultOut(node);
176:            }
177:
178:            public void caseAStateList(AStateList node) {
179:                inAStateList(node);
180:                {
181:                    Object temp[] = node.getStateLists().toArray();
182:                    for (int i = temp.length - 1; i >= 0; i--) {
183:                        ((PStateListTail) temp[i]).apply(this );
184:                    }
185:                }
186:                if (node.getTransition() != null) {
187:                    node.getTransition().apply(this );
188:                }
189:                if (node.getId() != null) {
190:                    node.getId().apply(this );
191:                }
192:                outAStateList(node);
193:            }
194:
195:            public void inAStateListTail(AStateListTail node) {
196:                defaultIn(node);
197:            }
198:
199:            public void outAStateListTail(AStateListTail node) {
200:                defaultOut(node);
201:            }
202:
203:            public void caseAStateListTail(AStateListTail node) {
204:                inAStateListTail(node);
205:                if (node.getTransition() != null) {
206:                    node.getTransition().apply(this );
207:                }
208:                if (node.getId() != null) {
209:                    node.getId().apply(this );
210:                }
211:                outAStateListTail(node);
212:            }
213:
214:            public void inATransition(ATransition node) {
215:                defaultIn(node);
216:            }
217:
218:            public void outATransition(ATransition node) {
219:                defaultOut(node);
220:            }
221:
222:            public void caseATransition(ATransition node) {
223:                inATransition(node);
224:                if (node.getId() != null) {
225:                    node.getId().apply(this );
226:                }
227:                outATransition(node);
228:            }
229:
230:            public void inAIgnTokens(AIgnTokens node) {
231:                defaultIn(node);
232:            }
233:
234:            public void outAIgnTokens(AIgnTokens node) {
235:                defaultOut(node);
236:            }
237:
238:            public void caseAIgnTokens(AIgnTokens node) {
239:                inAIgnTokens(node);
240:                {
241:                    Object temp[] = node.getListId().toArray();
242:                    for (int i = temp.length - 1; i >= 0; i--) {
243:                        ((TId) temp[i]).apply(this );
244:                    }
245:                }
246:                outAIgnTokens(node);
247:            }
248:
249:            public void inARegExp(ARegExp node) {
250:                defaultIn(node);
251:            }
252:
253:            public void outARegExp(ARegExp node) {
254:                defaultOut(node);
255:            }
256:
257:            public void caseARegExp(ARegExp node) {
258:                inARegExp(node);
259:                {
260:                    Object temp[] = node.getConcats().toArray();
261:                    for (int i = temp.length - 1; i >= 0; i--) {
262:                        ((PConcat) temp[i]).apply(this );
263:                    }
264:                }
265:                outARegExp(node);
266:            }
267:
268:            public void inAConcat(AConcat node) {
269:                defaultIn(node);
270:            }
271:
272:            public void outAConcat(AConcat node) {
273:                defaultOut(node);
274:            }
275:
276:            public void caseAConcat(AConcat node) {
277:                inAConcat(node);
278:                {
279:                    Object temp[] = node.getUnExps().toArray();
280:                    for (int i = temp.length - 1; i >= 0; i--) {
281:                        ((PUnExp) temp[i]).apply(this );
282:                    }
283:                }
284:                outAConcat(node);
285:            }
286:
287:            public void inAUnExp(AUnExp node) {
288:                defaultIn(node);
289:            }
290:
291:            public void outAUnExp(AUnExp node) {
292:                defaultOut(node);
293:            }
294:
295:            public void caseAUnExp(AUnExp node) {
296:                inAUnExp(node);
297:                if (node.getUnOp() != null) {
298:                    node.getUnOp().apply(this );
299:                }
300:                if (node.getBasic() != null) {
301:                    node.getBasic().apply(this );
302:                }
303:                outAUnExp(node);
304:            }
305:
306:            public void inACharBasic(ACharBasic node) {
307:                defaultIn(node);
308:            }
309:
310:            public void outACharBasic(ACharBasic node) {
311:                defaultOut(node);
312:            }
313:
314:            public void caseACharBasic(ACharBasic node) {
315:                inACharBasic(node);
316:                if (node.getChar() != null) {
317:                    node.getChar().apply(this );
318:                }
319:                outACharBasic(node);
320:            }
321:
322:            public void inASetBasic(ASetBasic node) {
323:                defaultIn(node);
324:            }
325:
326:            public void outASetBasic(ASetBasic node) {
327:                defaultOut(node);
328:            }
329:
330:            public void caseASetBasic(ASetBasic node) {
331:                inASetBasic(node);
332:                if (node.getSet() != null) {
333:                    node.getSet().apply(this );
334:                }
335:                outASetBasic(node);
336:            }
337:
338:            public void inAStringBasic(AStringBasic node) {
339:                defaultIn(node);
340:            }
341:
342:            public void outAStringBasic(AStringBasic node) {
343:                defaultOut(node);
344:            }
345:
346:            public void caseAStringBasic(AStringBasic node) {
347:                inAStringBasic(node);
348:                if (node.getString() != null) {
349:                    node.getString().apply(this );
350:                }
351:                outAStringBasic(node);
352:            }
353:
354:            public void inAIdBasic(AIdBasic node) {
355:                defaultIn(node);
356:            }
357:
358:            public void outAIdBasic(AIdBasic node) {
359:                defaultOut(node);
360:            }
361:
362:            public void caseAIdBasic(AIdBasic node) {
363:                inAIdBasic(node);
364:                if (node.getId() != null) {
365:                    node.getId().apply(this );
366:                }
367:                outAIdBasic(node);
368:            }
369:
370:            public void inARegExpBasic(ARegExpBasic node) {
371:                defaultIn(node);
372:            }
373:
374:            public void outARegExpBasic(ARegExpBasic node) {
375:                defaultOut(node);
376:            }
377:
378:            public void caseARegExpBasic(ARegExpBasic node) {
379:                inARegExpBasic(node);
380:                if (node.getRegExp() != null) {
381:                    node.getRegExp().apply(this );
382:                }
383:                outARegExpBasic(node);
384:            }
385:
386:            public void inACharChar(ACharChar node) {
387:                defaultIn(node);
388:            }
389:
390:            public void outACharChar(ACharChar node) {
391:                defaultOut(node);
392:            }
393:
394:            public void caseACharChar(ACharChar node) {
395:                inACharChar(node);
396:                if (node.getChar() != null) {
397:                    node.getChar().apply(this );
398:                }
399:                outACharChar(node);
400:            }
401:
402:            public void inADecChar(ADecChar node) {
403:                defaultIn(node);
404:            }
405:
406:            public void outADecChar(ADecChar node) {
407:                defaultOut(node);
408:            }
409:
410:            public void caseADecChar(ADecChar node) {
411:                inADecChar(node);
412:                if (node.getDecChar() != null) {
413:                    node.getDecChar().apply(this );
414:                }
415:                outADecChar(node);
416:            }
417:
418:            public void inAHexChar(AHexChar node) {
419:                defaultIn(node);
420:            }
421:
422:            public void outAHexChar(AHexChar node) {
423:                defaultOut(node);
424:            }
425:
426:            public void caseAHexChar(AHexChar node) {
427:                inAHexChar(node);
428:                if (node.getHexChar() != null) {
429:                    node.getHexChar().apply(this );
430:                }
431:                outAHexChar(node);
432:            }
433:
434:            public void inAOperationSet(AOperationSet node) {
435:                defaultIn(node);
436:            }
437:
438:            public void outAOperationSet(AOperationSet node) {
439:                defaultOut(node);
440:            }
441:
442:            public void caseAOperationSet(AOperationSet node) {
443:                inAOperationSet(node);
444:                if (node.getRight() != null) {
445:                    node.getRight().apply(this );
446:                }
447:                if (node.getBinOp() != null) {
448:                    node.getBinOp().apply(this );
449:                }
450:                if (node.getLeft() != null) {
451:                    node.getLeft().apply(this );
452:                }
453:                outAOperationSet(node);
454:            }
455:
456:            public void inAIntervalSet(AIntervalSet node) {
457:                defaultIn(node);
458:            }
459:
460:            public void outAIntervalSet(AIntervalSet node) {
461:                defaultOut(node);
462:            }
463:
464:            public void caseAIntervalSet(AIntervalSet node) {
465:                inAIntervalSet(node);
466:                if (node.getRight() != null) {
467:                    node.getRight().apply(this );
468:                }
469:                if (node.getLeft() != null) {
470:                    node.getLeft().apply(this );
471:                }
472:                outAIntervalSet(node);
473:            }
474:
475:            public void inAStarUnOp(AStarUnOp node) {
476:                defaultIn(node);
477:            }
478:
479:            public void outAStarUnOp(AStarUnOp node) {
480:                defaultOut(node);
481:            }
482:
483:            public void caseAStarUnOp(AStarUnOp node) {
484:                inAStarUnOp(node);
485:                if (node.getStar() != null) {
486:                    node.getStar().apply(this );
487:                }
488:                outAStarUnOp(node);
489:            }
490:
491:            public void inAQMarkUnOp(AQMarkUnOp node) {
492:                defaultIn(node);
493:            }
494:
495:            public void outAQMarkUnOp(AQMarkUnOp node) {
496:                defaultOut(node);
497:            }
498:
499:            public void caseAQMarkUnOp(AQMarkUnOp node) {
500:                inAQMarkUnOp(node);
501:                if (node.getQMark() != null) {
502:                    node.getQMark().apply(this );
503:                }
504:                outAQMarkUnOp(node);
505:            }
506:
507:            public void inAPlusUnOp(APlusUnOp node) {
508:                defaultIn(node);
509:            }
510:
511:            public void outAPlusUnOp(APlusUnOp node) {
512:                defaultOut(node);
513:            }
514:
515:            public void caseAPlusUnOp(APlusUnOp node) {
516:                inAPlusUnOp(node);
517:                if (node.getPlus() != null) {
518:                    node.getPlus().apply(this );
519:                }
520:                outAPlusUnOp(node);
521:            }
522:
523:            public void inAPlusBinOp(APlusBinOp node) {
524:                defaultIn(node);
525:            }
526:
527:            public void outAPlusBinOp(APlusBinOp node) {
528:                defaultOut(node);
529:            }
530:
531:            public void caseAPlusBinOp(APlusBinOp node) {
532:                inAPlusBinOp(node);
533:                outAPlusBinOp(node);
534:            }
535:
536:            public void inAMinusBinOp(AMinusBinOp node) {
537:                defaultIn(node);
538:            }
539:
540:            public void outAMinusBinOp(AMinusBinOp node) {
541:                defaultOut(node);
542:            }
543:
544:            public void caseAMinusBinOp(AMinusBinOp node) {
545:                inAMinusBinOp(node);
546:                outAMinusBinOp(node);
547:            }
548:
549:            public void inAProductions(AProductions node) {
550:                defaultIn(node);
551:            }
552:
553:            public void outAProductions(AProductions node) {
554:                defaultOut(node);
555:            }
556:
557:            public void caseAProductions(AProductions node) {
558:                inAProductions(node);
559:                {
560:                    Object temp[] = node.getProds().toArray();
561:                    for (int i = temp.length - 1; i >= 0; i--) {
562:                        ((PProd) temp[i]).apply(this );
563:                    }
564:                }
565:                outAProductions(node);
566:            }
567:
568:            public void inAProd(AProd node) {
569:                defaultIn(node);
570:            }
571:
572:            public void outAProd(AProd node) {
573:                defaultOut(node);
574:            }
575:
576:            public void caseAProd(AProd node) {
577:                inAProd(node);
578:                {
579:                    Object temp[] = node.getAlts().toArray();
580:                    for (int i = temp.length - 1; i >= 0; i--) {
581:                        ((PAlt) temp[i]).apply(this );
582:                    }
583:                }
584:                {
585:                    Object temp[] = node.getProdTransform().toArray();
586:                    for (int i = temp.length - 1; i >= 0; i--) {
587:                        ((PElem) temp[i]).apply(this );
588:                    }
589:                }
590:                if (node.getArrow() != null) {
591:                    node.getArrow().apply(this );
592:                }
593:                if (node.getId() != null) {
594:                    node.getId().apply(this );
595:                }
596:                outAProd(node);
597:            }
598:
599:            public void inAAlt(AAlt node) {
600:                defaultIn(node);
601:            }
602:
603:            public void outAAlt(AAlt node) {
604:                defaultOut(node);
605:            }
606:
607:            public void caseAAlt(AAlt node) {
608:                inAAlt(node);
609:                if (node.getAltTransform() != null) {
610:                    node.getAltTransform().apply(this );
611:                }
612:                {
613:                    Object temp[] = node.getElems().toArray();
614:                    for (int i = temp.length - 1; i >= 0; i--) {
615:                        ((PElem) temp[i]).apply(this );
616:                    }
617:                }
618:                if (node.getAltName() != null) {
619:                    node.getAltName().apply(this );
620:                }
621:                outAAlt(node);
622:            }
623:
624:            public void inAAltTransform(AAltTransform node) {
625:                defaultIn(node);
626:            }
627:
628:            public void outAAltTransform(AAltTransform node) {
629:                defaultOut(node);
630:            }
631:
632:            public void caseAAltTransform(AAltTransform node) {
633:                inAAltTransform(node);
634:                if (node.getRBrace() != null) {
635:                    node.getRBrace().apply(this );
636:                }
637:                {
638:                    Object temp[] = node.getTerms().toArray();
639:                    for (int i = temp.length - 1; i >= 0; i--) {
640:                        ((PTerm) temp[i]).apply(this );
641:                    }
642:                }
643:                if (node.getLBrace() != null) {
644:                    node.getLBrace().apply(this );
645:                }
646:                outAAltTransform(node);
647:            }
648:
649:            public void inANewTerm(ANewTerm node) {
650:                defaultIn(node);
651:            }
652:
653:            public void outANewTerm(ANewTerm node) {
654:                defaultOut(node);
655:            }
656:
657:            public void caseANewTerm(ANewTerm node) {
658:                inANewTerm(node);
659:                {
660:                    Object temp[] = node.getParams().toArray();
661:                    for (int i = temp.length - 1; i >= 0; i--) {
662:                        ((PTerm) temp[i]).apply(this );
663:                    }
664:                }
665:                if (node.getLPar() != null) {
666:                    node.getLPar().apply(this );
667:                }
668:                if (node.getProdName() != null) {
669:                    node.getProdName().apply(this );
670:                }
671:                outANewTerm(node);
672:            }
673:
674:            public void inAListTerm(AListTerm node) {
675:                defaultIn(node);
676:            }
677:
678:            public void outAListTerm(AListTerm node) {
679:                defaultOut(node);
680:            }
681:
682:            public void caseAListTerm(AListTerm node) {
683:                inAListTerm(node);
684:                {
685:                    Object temp[] = node.getListTerms().toArray();
686:                    for (int i = temp.length - 1; i >= 0; i--) {
687:                        ((PListTerm) temp[i]).apply(this );
688:                    }
689:                }
690:                if (node.getLBkt() != null) {
691:                    node.getLBkt().apply(this );
692:                }
693:                outAListTerm(node);
694:            }
695:
696:            public void inASimpleTerm(ASimpleTerm node) {
697:                defaultIn(node);
698:            }
699:
700:            public void outASimpleTerm(ASimpleTerm node) {
701:                defaultOut(node);
702:            }
703:
704:            public void caseASimpleTerm(ASimpleTerm node) {
705:                inASimpleTerm(node);
706:                if (node.getSimpleTermTail() != null) {
707:                    node.getSimpleTermTail().apply(this );
708:                }
709:                if (node.getId() != null) {
710:                    node.getId().apply(this );
711:                }
712:                if (node.getSpecifier() != null) {
713:                    node.getSpecifier().apply(this );
714:                }
715:                outASimpleTerm(node);
716:            }
717:
718:            public void inANullTerm(ANullTerm node) {
719:                defaultIn(node);
720:            }
721:
722:            public void outANullTerm(ANullTerm node) {
723:                defaultOut(node);
724:            }
725:
726:            public void caseANullTerm(ANullTerm node) {
727:                inANullTerm(node);
728:                outANullTerm(node);
729:            }
730:
731:            public void inANewListTerm(ANewListTerm node) {
732:                defaultIn(node);
733:            }
734:
735:            public void outANewListTerm(ANewListTerm node) {
736:                defaultOut(node);
737:            }
738:
739:            public void caseANewListTerm(ANewListTerm node) {
740:                inANewListTerm(node);
741:                {
742:                    Object temp[] = node.getParams().toArray();
743:                    for (int i = temp.length - 1; i >= 0; i--) {
744:                        ((PTerm) temp[i]).apply(this );
745:                    }
746:                }
747:                if (node.getLPar() != null) {
748:                    node.getLPar().apply(this );
749:                }
750:                if (node.getProdName() != null) {
751:                    node.getProdName().apply(this );
752:                }
753:                outANewListTerm(node);
754:            }
755:
756:            public void inASimpleListTerm(ASimpleListTerm node) {
757:                defaultIn(node);
758:            }
759:
760:            public void outASimpleListTerm(ASimpleListTerm node) {
761:                defaultOut(node);
762:            }
763:
764:            public void caseASimpleListTerm(ASimpleListTerm node) {
765:                inASimpleListTerm(node);
766:                if (node.getSimpleTermTail() != null) {
767:                    node.getSimpleTermTail().apply(this );
768:                }
769:                if (node.getId() != null) {
770:                    node.getId().apply(this );
771:                }
772:                if (node.getSpecifier() != null) {
773:                    node.getSpecifier().apply(this );
774:                }
775:                outASimpleListTerm(node);
776:            }
777:
778:            public void inAProdName(AProdName node) {
779:                defaultIn(node);
780:            }
781:
782:            public void outAProdName(AProdName node) {
783:                defaultOut(node);
784:            }
785:
786:            public void caseAProdName(AProdName node) {
787:                inAProdName(node);
788:                if (node.getProdNameTail() != null) {
789:                    node.getProdNameTail().apply(this );
790:                }
791:                if (node.getId() != null) {
792:                    node.getId().apply(this );
793:                }
794:                outAProdName(node);
795:            }
796:
797:            public void inAElem(AElem node) {
798:                defaultIn(node);
799:            }
800:
801:            public void outAElem(AElem node) {
802:                defaultOut(node);
803:            }
804:
805:            public void caseAElem(AElem node) {
806:                inAElem(node);
807:                if (node.getUnOp() != null) {
808:                    node.getUnOp().apply(this );
809:                }
810:                if (node.getId() != null) {
811:                    node.getId().apply(this );
812:                }
813:                if (node.getSpecifier() != null) {
814:                    node.getSpecifier().apply(this );
815:                }
816:                if (node.getElemName() != null) {
817:                    node.getElemName().apply(this );
818:                }
819:                outAElem(node);
820:            }
821:
822:            public void inATokenSpecifier(ATokenSpecifier node) {
823:                defaultIn(node);
824:            }
825:
826:            public void outATokenSpecifier(ATokenSpecifier node) {
827:                defaultOut(node);
828:            }
829:
830:            public void caseATokenSpecifier(ATokenSpecifier node) {
831:                inATokenSpecifier(node);
832:                outATokenSpecifier(node);
833:            }
834:
835:            public void inAProductionSpecifier(AProductionSpecifier node) {
836:                defaultIn(node);
837:            }
838:
839:            public void outAProductionSpecifier(AProductionSpecifier node) {
840:                defaultOut(node);
841:            }
842:
843:            public void caseAProductionSpecifier(AProductionSpecifier node) {
844:                inAProductionSpecifier(node);
845:                outAProductionSpecifier(node);
846:            }
847:
848:            public void inAAst(AAst node) {
849:                defaultIn(node);
850:            }
851:
852:            public void outAAst(AAst node) {
853:                defaultOut(node);
854:            }
855:
856:            public void caseAAst(AAst node) {
857:                inAAst(node);
858:                {
859:                    Object temp[] = node.getProds().toArray();
860:                    for (int i = temp.length - 1; i >= 0; i--) {
861:                        ((PAstProd) temp[i]).apply(this );
862:                    }
863:                }
864:                outAAst(node);
865:            }
866:
867:            public void inAAstProd(AAstProd node) {
868:                defaultIn(node);
869:            }
870:
871:            public void outAAstProd(AAstProd node) {
872:                defaultOut(node);
873:            }
874:
875:            public void caseAAstProd(AAstProd node) {
876:                inAAstProd(node);
877:                {
878:                    Object temp[] = node.getAlts().toArray();
879:                    for (int i = temp.length - 1; i >= 0; i--) {
880:                        ((PAstAlt) temp[i]).apply(this );
881:                    }
882:                }
883:                if (node.getId() != null) {
884:                    node.getId().apply(this );
885:                }
886:                outAAstProd(node);
887:            }
888:
889:            public void inAAstAlt(AAstAlt node) {
890:                defaultIn(node);
891:            }
892:
893:            public void outAAstAlt(AAstAlt node) {
894:                defaultOut(node);
895:            }
896:
897:            public void caseAAstAlt(AAstAlt node) {
898:                inAAstAlt(node);
899:                {
900:                    Object temp[] = node.getElems().toArray();
901:                    for (int i = temp.length - 1; i >= 0; i--) {
902:                        ((PElem) temp[i]).apply(this);
903:                    }
904:                }
905:                if (node.getAltName() != null) {
906:                    node.getAltName().apply(this);
907:                }
908:                outAAstAlt(node);
909:            }
910:        }
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