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AnalysisAdapter.java

package edu.ksu.cis.bandera.abstraction.specification.analysis;

/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
 * Bandera, a Java(TM) analysis and transformation toolkit           *
 * Copyright (C) 1998-2001 SAnToS Laboratories (santos@cis.ksu.edu)  *

 * All rights reserved.                                              *
 *                                                                   *
 * This work was done as a project in the SAnToS Laboratory,         *
 * Department of Computing and Information Sciences, Kansas State    *
 * University, USA (http://www.cis.ksu.edu/santos).                  *
 * It is understood that any modification not identified as such is  *
 * not covered by the preceding statement.                           *
 *                                                                   *
 * This work is free software; you can redistribute it and/or        *
 * modify it under the terms of the GNU Library General Public       *
 * License as published by the Free Software Foundation; either      *
 * version 2 of the License, or (at your option) any later version.  *
 *                                                                   *
 * This work is distributed in the hope that it will be useful,      *
 * but WITHOUT ANY WARRANTY; without even the implied warranty of    *
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU *
 * Library General Public License for more details.                  *
 *                                                                   *
 * You should have received a copy of the GNU Library General Public *
 * License along with this toolkit; if not, write to the             *
 * Free Software Foundation, Inc., 59 Temple Place - Suite 330,      *
 * Boston, MA  02111-1307, USA.                                      *
 *                                                                   *
 * Java is a trademark of Sun Microsystems, Inc.                     *
 *                                                                   *
 * To submit a bug report, send a comment, or get the latest news on *
 * this project and other SAnToS projects, please visit the web-site *
 *                http://www.cis.ksu.edu/santos                      *
 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
/* This file was generated by SableCC (http://www.sable.mcgill.ca/sablecc/). */

import java.util.*;
import edu.ksu.cis.bandera.abstraction.specification.node.*;

public class AnalysisAdapter implements Analysis
{
    private Hashtable in;
    private Hashtable out;

    public void caseAAbstractFunction(AAbstractFunction node)
    {
        defaultCase(node);
    }
    public void caseAAddExpShiftExp(AAddExpShiftExp node)
    {
        defaultCase(node);
    }
    public void caseAAndAndExp(AAndAndExp node)
    {
        defaultCase(node);
    }
    public void caseAAndBitAndExp(AAndBitAndExp node)
    {
        defaultCase(node);
    }
    public void caseAAndExclusiveOrExp(AAndExclusiveOrExp node)
    {
        defaultCase(node);
    }
    public void caseAAndOrExp(AAndOrExp node)
    {
        defaultCase(node);
    }
    public void caseAAnyAbstractDef(AAnyAbstractDef node)
    {
        defaultCase(node);
    }
    public void caseAAnyAnyId(AAnyAnyId node)
    {
        defaultCase(node);
    }
    public void caseAAnyPattern(AAnyPattern node)
    {
        defaultCase(node);
    }
    public void caseABitComplementUnaryNotPlusMinusExp(ABitComplementUnaryNotPlusMinusExp node)
    {
        defaultCase(node);
    }
    public void caseAComplementUnaryNotPlusMinusExp(AComplementUnaryNotPlusMinusExp node)
    {
        defaultCase(node);
    }
    public void caseADecIntLiteral(ADecIntLiteral node)
    {
        defaultCase(node);
    }
    public void caseADecLongLiteral(ADecLongLiteral node)
    {
        defaultCase(node);
    }
    public void caseADefaultToken(ADefaultToken node)
    {
        defaultCase(node);
    }
    public void caseADivMultExp(ADivMultExp node)
    {
        defaultCase(node);
    }
    public void caseADivOp(ADivOp node)
    {
        defaultCase(node);
    }
    public void caseADoubleLiteral(ADoubleLiteral node)
    {
        defaultCase(node);
    }
    public void caseAEqBitAndExp(AEqBitAndExp node)
    {
        defaultCase(node);
    }
    public void caseAEqEqExp(AEqEqExp node)
    {
        defaultCase(node);
    }
    public void caseAEqualTOp(AEqualTOp node)
    {
        defaultCase(node);
    }
    public void caseAExp(AExp node)
    {
        defaultCase(node);
    }
    public void caseAExpAbstractDef(AExpAbstractDef node)
    {
        defaultCase(node);
    }
    public void caseAFloatLiteral(AFloatLiteral node)
    {
        defaultCase(node);
    }
    public void caseAGreaterEqualRelExp(AGreaterEqualRelExp node)
    {
        defaultCase(node);
    }
    public void caseAGreaterEqualTOp(AGreaterEqualTOp node)
    {
        defaultCase(node);
    }
    public void caseAGreaterRelExp(AGreaterRelExp node)
    {
        defaultCase(node);
    }
    public void caseAGreaterTOp(AGreaterTOp node)
    {
        defaultCase(node);
    }
    public void caseAHexIntLiteral(AHexIntLiteral node)
    {
        defaultCase(node);
    }
    public void caseAHexLongLiteral(AHexLongLiteral node)
    {
        defaultCase(node);
    }
    public void caseAIdAnyId(AIdAnyId node)
    {
        defaultCase(node);
    }
    public void caseAIdIdList(AIdIdList node)
    {
        defaultCase(node);
    }
    public void caseAIdPrimaryExp(AIdPrimaryExp node)
    {
        defaultCase(node);
    }
    public void caseAIdSet(AIdSet node)
    {
        defaultCase(node);
    }
    public void caseAIdsIdList(AIdsIdList node)
    {
        defaultCase(node);
    }
    public void caseAInclusiveOrAndExp(AInclusiveOrAndExp node)
    {
        defaultCase(node);
    }
    public void caseAIntegralType(AIntegralType node)
    {
        defaultCase(node);
    }
    public void caseALeftShiftExp(ALeftShiftExp node)
    {
        defaultCase(node);
    }
    public void caseALessEqualRelExp(ALessEqualRelExp node)
    {
        defaultCase(node);
    }
    public void caseALessEqualTOp(ALessEqualTOp node)
    {
        defaultCase(node);
    }
    public void caseALessRelExp(ALessRelExp node)
    {
        defaultCase(node);
    }
    public void caseALessTOp(ALessTOp node)
    {
        defaultCase(node);
    }
    public void caseALiteralPrimaryExp(ALiteralPrimaryExp node)
    {
        defaultCase(node);
    }
    public void caseAMinusAddExp(AMinusAddExp node)
    {
        defaultCase(node);
    }
    public void caseAMinusOp(AMinusOp node)
    {
        defaultCase(node);
    }
    public void caseAMinusUnaryExp(AMinusUnaryExp node)
    {
        defaultCase(node);
    }
    public void caseAModMultExp(AModMultExp node)
    {
        defaultCase(node);
    }
    public void caseAModOp(AModOp node)
    {
        defaultCase(node);
    }
    public void caseAMultAddExp(AMultAddExp node)
    {
        defaultCase(node);
    }
    public void caseANeqEqExp(ANeqEqExp node)
    {
        defaultCase(node);
    }
    public void caseANotEqualTOp(ANotEqualTOp node)
    {
        defaultCase(node);
    }
    public void caseAOctIntLiteral(AOctIntLiteral node)
    {
        defaultCase(node);
    }
    public void caseAOctLongLiteral(AOctLongLiteral node)
    {
        defaultCase(node);
    }
    public void caseAOne2oneSet(AOne2oneSet node)
    {
        defaultCase(node);
    }
    public void caseAOperator(AOperator node)
    {
        defaultCase(node);
    }
    public void caseAOperatorOperatorTest(AOperatorOperatorTest node)
    {
        defaultCase(node);
    }
    public void caseAOrConditionalExp(AOrConditionalExp node)
    {
        defaultCase(node);
    }
    public void caseAOrInclusiveOrExp(AOrInclusiveOrExp node)
    {
        defaultCase(node);
    }
    public void caseAOrOrExp(AOrOrExp node)
    {
        defaultCase(node);
    }
    public void caseAParenPrimaryExp(AParenPrimaryExp node)
    {
        defaultCase(node);
    }
    public void caseAPatternPattern(APatternPattern node)
    {
        defaultCase(node);
    }
    public void caseAPlusAddExp(APlusAddExp node)
    {
        defaultCase(node);
    }
    public void caseAPlusOp(APlusOp node)
    {
        defaultCase(node);
    }
    public void caseAPlusUnaryExp(APlusUnaryExp node)
    {
        defaultCase(node);
    }
    public void caseAPrimaryUnaryNotPlusMinusExp(APrimaryUnaryNotPlusMinusExp node)
    {
        defaultCase(node);
    }
    public void caseAQuestionConditionalExp(AQuestionConditionalExp node)
    {
        defaultCase(node);
    }
    public void caseARealType(ARealType node)
    {
        defaultCase(node);
    }
    public void caseARelEqExp(ARelEqExp node)
    {
        defaultCase(node);
    }
    public void caseAShiftRelExp(AShiftRelExp node)
    {
        defaultCase(node);
    }
    public void caseASignedRightShiftExp(ASignedRightShiftExp node)
    {
        defaultCase(node);
    }
    public void caseATest(ATest node)
    {
        defaultCase(node);
    }
    public void caseATestOperatorTest(ATestOperatorTest node)
    {
        defaultCase(node);
    }
    public void caseATimesMultExp(ATimesMultExp node)
    {
        defaultCase(node);
    }
    public void caseATimesOp(ATimesOp node)
    {
        defaultCase(node);
    }
    public void caseATokenSet(ATokenSet node)
    {
        defaultCase(node);
    }
    public void caseATokenSetTokenTokenSet(ATokenSetTokenTokenSet node)
    {
        defaultCase(node);
    }
    public void caseATokenTokenTokenSet(ATokenTokenTokenSet node)
    {
        defaultCase(node);
    }
    public void caseAUnaryExpMultExp(AUnaryExpMultExp node)
    {
        defaultCase(node);
    }
    public void caseAUnaryNotPlusMinusUnaryExp(AUnaryNotPlusMinusUnaryExp node)
    {
        defaultCase(node);
    }
    public void caseAUnit(AUnit node)
    {
        defaultCase(node);
    }
    public void caseAUnsignedRightShiftExp(AUnsignedRightShiftExp node)
    {
        defaultCase(node);
    }
    public void caseAXorExclusiveOrExp(AXorExclusiveOrExp node)
    {
        defaultCase(node);
    }
    public void caseAXorInclusiveOrExp(AXorInclusiveOrExp node)
    {
        defaultCase(node);
    }
    public void caseEOF(EOF node)
    {
        defaultCase(node);
    }
    public void caseStart(Start node)
    {
        defaultCase(node);
    }
    public void caseTAbstract(TAbstract node)
    {
        defaultCase(node);
    }
    public void caseTAbstraction(TAbstraction node)
    {
        defaultCase(node);
    }
    public void caseTAbtract(TAbtract node)
    {
        defaultCase(node);
    }
    public void caseTAnd(TAnd node)
    {
        defaultCase(node);
    }
    public void caseTAny(TAny node)
    {
        defaultCase(node);
    }
    public void caseTBegin(TBegin node)
    {
        defaultCase(node);
    }
    public void caseTBitAnd(TBitAnd node)
    {
        defaultCase(node);
    }
    public void caseTBitComplement(TBitComplement node)
    {
        defaultCase(node);
    }
    public void caseTBitOr(TBitOr node)
    {
        defaultCase(node);
    }
    public void caseTBitXor(TBitXor node)
    {
        defaultCase(node);
    }
    public void caseTColon(TColon node)
    {
        defaultCase(node);
    }
    public void caseTComma(TComma node)
    {
        defaultCase(node);
    }
    public void caseTDecIntLiteral(TDecIntLiteral node)
    {
        defaultCase(node);
    }
    public void caseTDecLongLiteral(TDecLongLiteral node)
    {
        defaultCase(node);
    }
    public void caseTDefault(TDefault node)
    {
        defaultCase(node);
    }
    public void caseTDiv(TDiv node)
    {
        defaultCase(node);
    }
    public void caseTDocumentationComment(TDocumentationComment node)
    {
        defaultCase(node);
    }
    public void caseTDot(TDot node)
    {
        defaultCase(node);
    }
    public void caseTDoubleLiteral(TDoubleLiteral node)
    {
        defaultCase(node);
    }
    public void caseTEnd(TEnd node)
    {
        defaultCase(node);
    }
    public void caseTEndOfLineComment(TEndOfLineComment node)
    {
        defaultCase(node);
    }
    public void caseTEq(TEq node)
    {
        defaultCase(node);
    }
    public void caseTEqual(TEqual node)
    {
        defaultCase(node);
    }
    public void caseTExtends(TExtends node)
    {
        defaultCase(node);
    }
    public void caseTFloatLiteral(TFloatLiteral node)
    {
        defaultCase(node);
    }
    public void caseTGreater(TGreater node)
    {
        defaultCase(node);
    }
    public void caseTGreaterEqual(TGreaterEqual node)
    {
        defaultCase(node);
    }
    public void caseTHexIntLiteral(THexIntLiteral node)
    {
        defaultCase(node);
    }
    public void caseTHexLongLiteral(THexLongLiteral node)
    {
        defaultCase(node);
    }
    public void caseTId(TId node)
    {
        defaultCase(node);
    }
    public void caseTIntegral(TIntegral node)
    {
        defaultCase(node);
    }
    public void caseTLBrace(TLBrace node)
    {
        defaultCase(node);
    }
    public void caseTLess(TLess node)
    {
        defaultCase(node);
    }
    public void caseTLessEqual(TLessEqual node)
    {
        defaultCase(node);
    }
    public void caseTLParen(TLParen node)
    {
        defaultCase(node);
    }
    public void caseTMinus(TMinus node)
    {
        defaultCase(node);
    }
    public void caseTMod(TMod node)
    {
        defaultCase(node);
    }
    public void caseTNot(TNot node)
    {
        defaultCase(node);
    }
    public void caseTNotEqual(TNotEqual node)
    {
        defaultCase(node);
    }
    public void caseTOctIntLiteral(TOctIntLiteral node)
    {
        defaultCase(node);
    }
    public void caseTOctLongLiteral(TOctLongLiteral node)
    {
        defaultCase(node);
    }
    public void caseTOne2one(TOne2one node)
    {
        defaultCase(node);
    }
    public void caseTOperator(TOperator node)
    {
        defaultCase(node);
    }
    public void caseTOr(TOr node)
    {
        defaultCase(node);
    }
    public void caseTPlus(TPlus node)
    {
        defaultCase(node);
    }
    public void caseTQuestion(TQuestion node)
    {
        defaultCase(node);
    }
    public void caseTRBrace(TRBrace node)
    {
        defaultCase(node);
    }
    public void caseTReal(TReal node)
    {
        defaultCase(node);
    }
    public void caseTRightarrow(TRightarrow node)
    {
        defaultCase(node);
    }
    public void caseTRParen(TRParen node)
    {
        defaultCase(node);
    }
    public void caseTSemicolon(TSemicolon node)
    {
        defaultCase(node);
    }
    public void caseTShiftLeft(TShiftLeft node)
    {
        defaultCase(node);
    }
    public void caseTSignedShiftRight(TSignedShiftRight node)
    {
        defaultCase(node);
    }
    public void caseTTest(TTest node)
    {
        defaultCase(node);
    }
    public void caseTTimes(TTimes node)
    {
        defaultCase(node);
    }
    public void caseTTokens(TTokens node)
    {
        defaultCase(node);
    }
    public void caseTTraditionalComment(TTraditionalComment node)
    {
        defaultCase(node);
    }
    public void caseTUnsignedShiftRight(TUnsignedShiftRight node)
    {
        defaultCase(node);
    }
    public void caseTWhiteSpace(TWhiteSpace node)
    {
        defaultCase(node);
    }
    public void defaultCase(Node node)
    {
    }
    public Object getIn(Node node)
    {
        if(in == null)
        {
            return null;
        }

        return in.get(node);
    }
    public Object getOut(Node node)
    {
        if(out == null)
        {
            return null;
        }

        return out.get(node);
    }
    public void setIn(Node node, Object in)
    {
        if(this.in == null)
        {
            this.in = new Hashtable(1);
        }

        if(in != null)
        {
            this.in.put(node, in);
        }
        else
        {
            this.in.remove(node);
        }
    }
    public void setOut(Node node, Object out)
    {
        if(this.out == null)
        {
            this.out = new Hashtable(1);
        }

        if(out != null)
        {
            this.out.put(node, out);
        }
        else
        {
            this.out.remove(node);
        }
    }
}

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