Examples of java.util.Vector.lastElement()

java.util.Vector.lastElement()
Returns the last component of the vector. @return the last component of the vector, i.e., the component at indexsize() - 1. @throws NoSuchElementException if this vector is empty

                                break;
                case TokenConstants.TUPLUS:
                case TokenConstants.TUMINUS:
                case TokenConstants.TPERCENT:
                                v.add(readOperatorToken(b, 1));
                Debug.log(Debug.TRACE, "Decoded Unary operator : " + v.lastElement());                                                        
                                break;
                case TokenConstants.TADD :
                case TokenConstants.TSUB :
                case TokenConstants.TMUL :
                case TokenConstants.TDIV :

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                case TokenConstants.TEQUALS :
                case TokenConstants.TGTEQUALS :
                case TokenConstants.TGREATER :
                case TokenConstants.TNEQUALS :
                                v.add(readOperatorToken(b, 2));
                Debug.log(Debug.TRACE, "Decoded Binary operator : " + v.lastElement());                                                        
                                break;
                
                default :
                Debug.log(Debug.TRACE, "Unrecognized byte : " + b);                        
            }

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                    rpmCommandArray[3] = "%{RELEASE}\\n";                    
                }


                Vector releaseVector = new Vector();
                returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, releaseVector, returnErrorVector);
                String release = (String) releaseVector.lastElement();


                log = rpmCommand + "<br><b>Returns: " + release + "</b><br>";
                LogManager.addCommandsLogfileComment(log);


                isOlder = helper.compareVersionAndRelease(version, release, packageData, checkIfInstalledIsOlder);

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                        dims.add(arrayList);
                    }
                    else
                    {
                        PgArrayList a = new PgArrayList();
                        PgArrayList p = ((PgArrayList) dims.lastElement());
                        p.add(a);
                        dims.add(a);
                    }
                    curArray = (PgArrayList) dims.lastElement();

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                        PgArrayList a = new PgArrayList();
                        PgArrayList p = ((PgArrayList) dims.lastElement());
                        p.add(a);
                        dims.add(a);
                    }
                    curArray = (PgArrayList) dims.lastElement();


                    // number of dimensions
                    {
                        for (int t = i + 1; t < chars.length; t++) {
                            if (Character.isWhitespace(chars[t])) continue;

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                        dims.remove(dims.size() - 1);


                        // when multi-dimension
                        if (dims.size() > 0)
                        {
                            curArray = (PgArrayList) dims.lastElement();
                        }


                        buffer = null;
                    }

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        int index = RBCollationTables.getEntry(entryTable, groupChars, fwd);
        if (index != RBCollationTables.UNMAPPED) {
            EntryPair pair = (EntryPair) entryTable.elementAt(index);
            pair.value = anOrder;
        } else {
            EntryPair pair = (EntryPair)entryTable.lastElement();


            // NOTE:  This little bit of logic is here to speed CollationElementIterator
            // .nextContractChar().  This code ensures that the longest sequence in
            // this list is always the _last_ one in the list.  This keeps
            // nextContractChar() from having to search the entire list for the longest

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        int order = pair.value;


        // find out the length of the longest contracting character sequence in the list.
        // There's logic in the builder code to make sure the longest sequence is always
        // the last.
        pair = (EntryPair)list.lastElement();
        int maxLength = pair.entryName.length();


        // (the Normalizer is cloned here so that the seeking we do in the next loop
        // won't affect our real position in the text)
        NormalizerBase tempText = (NormalizerBase)text.clone();

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        // in reverse iteration have their names reversed already.
        Vector list = ordering.getContractValues(ch);
        EntryPair pair = (EntryPair)list.firstElement();
        int order = pair.value;


        pair = (EntryPair)list.lastElement();
        int maxLength = pair.entryName.length();


        NormalizerBase tempText = (NormalizerBase)text.clone();


        tempText.next();

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            switch (b) {
                
              case TokenConstants.TAREA3D: 
                Debug.log(Debug.TRACE, "Decoded 3D Area Cell Reference: ");                                                                       
                        v.add(read3DCellAreaRefToken(bis));
                Debug.log(Debug.TRACE, "Decoded 3D Area Cell Reference: " + v.lastElement());                                                                       
                                break;
              case TokenConstants.TREF3D: 
                Debug.log(Debug.TRACE, "Decoded 3D Cell Reference: ");                                                                       
                        v.add(read3DCellRefToken(bis));
                Debug.log(Debug.TRACE, "Decoded 3D Cell Reference: " + v.lastElement());

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