protected Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
protected Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
if (sterm != null) { try { args.append( getSearchSequence().generateSequence(sterm, "UTF-8")); } catch (IOException ioex) {
if (sterm != null) { try { args.append( getSearchSequence().generateSequence(sterm, "UTF-8")); } catch (IOException ioex) {
private static Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
private static Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument and(AndTerm term, String charset) throws SearchException, IOException { // Combine the sequences for both terms SearchTerm[] terms = term.getTerms(); // Generate the search sequence for the first term Argument result = generateSequence(terms[0], charset); // Append other terms for (int i = 1; i < terms.length; i++) result.append(generateSequence(terms[i], charset)); return result; }
protected Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
private static Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
private static Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
protected Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
protected Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }
protected Argument not(NotTerm term, String charset) throws SearchException, IOException { Argument result = new Argument(); // Add the NOT search-key result.writeAtom("NOT"); /* If this term is an AND expression, we need to enclose it * within paranthesis. * * AND expressions are either AndTerms or FlagTerms */ SearchTerm nterm = term.getTerm(); if (nterm instanceof AndTerm || nterm instanceof FlagTerm) result.writeArgument(generateSequence(nterm, charset)); else result.append(generateSequence(nterm, charset)); return result; }