Examples with IProcessor org.thymeleaf.processor.IProcessor used on opensource projects

Example 1 with IProcessor

use of org.thymeleaf.processor.IProcessor in project thymeleaf-tests by thymeleaf.

the class ProcessorAggregationTestDialect method buildProcessors.

private static Set<IProcessor> buildProcessors(final IProcessorDialect dialect, final TemplateMode templateMode, final String dialectPrefix, final String specification) {
    final Set<IProcessor> processors = new LinkedHashSet<IProcessor>();
    final StringTokenizer specTok = new StringTokenizer(specification, ", ");
    while (specTok.hasMoreTokens()) {
        final String procSpec = specTok.nextToken();
        final StringTokenizer procSpecTok = new StringTokenizer(procSpec, "-");
        final String type = procSpecTok.nextToken();
        if (type.equals("CD")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new CDATASectionProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("C")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new CommentProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("DT")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new DocTypeProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("PI")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new ProcessingInstructionProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("T")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new TextProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("XD")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new XMLDeclarationProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("E")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            String elementName = procSpecTok.nextToken();
            boolean prefixElementName = true;
            if (elementName.startsWith("*")) {
                prefixElementName = false;
                elementName = elementName.substring(1);
            }
            String attributeName = procSpecTok.nextToken();
            boolean prefixAttributeName = true;
            if (attributeName.startsWith("*")) {
                prefixAttributeName = false;
                attributeName = attributeName.substring(1);
            }
            processors.add(new ElementProcessorAggregationTestTagProcessor(dialectPrefix, (elementName.equals("null") ? null : elementName), prefixElementName, (attributeName.equals("null") ? null : attributeName), prefixAttributeName, templateMode, precedence));
        } else if (type.equals("N")) {
            // This will just be "ELEMENT"
            procSpecTok.nextToken();
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            String elementName = procSpecTok.nextToken();
            boolean prefixElementName = true;
            if (elementName.startsWith("*")) {
                prefixElementName = false;
                elementName = elementName.substring(1);
            }
            String attributeName = procSpecTok.nextToken();
            boolean prefixAttributeName = true;
            if (attributeName.startsWith("*")) {
                prefixAttributeName = false;
                attributeName = attributeName.substring(1);
            }
            processors.add(new ElementModelProcessorAggregationTestProcessor(dialectPrefix, (elementName.equals("null") ? null : elementName), prefixElementName, (attributeName.equals("null") ? null : attributeName), prefixAttributeName, templateMode, precedence));
        } else {
            throw new IllegalArgumentException("Unrecognized: " + type);
        }
    }
    return processors;
}

Example 2 with IProcessor

use of org.thymeleaf.processor.IProcessor in project thymeleaf-tests by thymeleaf.

the class DialectOrderingTest method testDialectOrder.

@Test
public void testDialectOrder() throws Exception {
    final Dialect01 dialect01 = new Dialect01();
    final Dialect02 dialect02 = new Dialect02();
    final Dialect03 dialect03 = new Dialect03();
    final Dialect04 dialect04 = new Dialect04();
    final Set<IElementProcessor> dialect01Processors = combineDialects(dialect01);
    final Set<IElementProcessor> dialect02Processors = combineDialects(dialect02);
    final Set<IElementProcessor> dialect03Processors = combineDialects(dialect03);
    final Set<IElementProcessor> dialect04Processors = combineDialects(dialect04);
    List<IProcessor> d01ProcList = new ArrayList<IProcessor>(dialect01Processors);
    List<IProcessor> d02ProcList = new ArrayList<IProcessor>(dialect02Processors);
    List<IProcessor> d03ProcList = new ArrayList<IProcessor>(dialect03Processors);
    List<IProcessor> d04ProcList = new ArrayList<IProcessor>(dialect04Processors);
    Assert.assertEquals(2, d01ProcList.size());
    Assert.assertEquals(2, d02ProcList.size());
    Assert.assertEquals(2, d03ProcList.size());
    Assert.assertEquals(3, d04ProcList.size());
    // 110 - 1000
    Assert.assertEquals(P1Processor.class.getSimpleName(), unwrappedClassName(d01ProcList.get(0)));
    // 110 - 1100
    Assert.assertEquals(Div1Processor.class.getSimpleName(), unwrappedClassName(d01ProcList.get(1)));
    // 100 -  900
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d02ProcList.get(0)));
    // 100 - 1100
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d02ProcList.get(1)));
    // 90 -  800
    Assert.assertEquals(P3Processor.class.getSimpleName(), unwrappedClassName(d03ProcList.get(0)));
    // 90 -  900
    Assert.assertEquals(Span3Processor.class.getSimpleName(), unwrappedClassName(d03ProcList.get(1)));
    // 100 -  700
    Assert.assertEquals(Span4Processor.class.getSimpleName(), unwrappedClassName(d04ProcList.get(0)));
    // 100 - 1000
    Assert.assertEquals(Div4Processor.class.getSimpleName(), unwrappedClassName(d04ProcList.get(1)));
    // 100 - 1200
    Assert.assertEquals(P4Processor.class.getSimpleName(), unwrappedClassName(d04ProcList.get(2)));
    List<IElementProcessor> d0102ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect01, dialect02));
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d0102ProcList.get(0)));
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d0102ProcList.get(1)));
    Assert.assertEquals(P1Processor.class.getSimpleName(), unwrappedClassName(d0102ProcList.get(2)));
    Assert.assertEquals(Div1Processor.class.getSimpleName(), unwrappedClassName(d0102ProcList.get(3)));
    List<IElementProcessor> d0103ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect01, dialect03));
    Assert.assertEquals(P3Processor.class.getSimpleName(), unwrappedClassName(d0103ProcList.get(0)));
    Assert.assertEquals(Span3Processor.class.getSimpleName(), unwrappedClassName(d0103ProcList.get(1)));
    Assert.assertEquals(P1Processor.class.getSimpleName(), unwrappedClassName(d0103ProcList.get(2)));
    Assert.assertEquals(Div1Processor.class.getSimpleName(), unwrappedClassName(d0103ProcList.get(3)));
    List<IElementProcessor> d0203ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect02, dialect03));
    Assert.assertEquals(P3Processor.class.getSimpleName(), unwrappedClassName(d0203ProcList.get(0)));
    Assert.assertEquals(Span3Processor.class.getSimpleName(), unwrappedClassName(d0203ProcList.get(1)));
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d0203ProcList.get(2)));
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d0203ProcList.get(3)));
    List<IElementProcessor> d010204ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect01, dialect02, dialect04));
    Assert.assertEquals(Span4Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(0)));
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(1)));
    Assert.assertEquals(Div4Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(2)));
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(3)));
    Assert.assertEquals(P4Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(4)));
    Assert.assertEquals(P1Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(5)));
    Assert.assertEquals(Div1Processor.class.getSimpleName(), unwrappedClassName(d010204ProcList.get(6)));
    List<IElementProcessor> d010402ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect01, dialect04, dialect02));
    Assert.assertEquals(Span4Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(0)));
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(1)));
    Assert.assertEquals(Div4Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(2)));
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(3)));
    Assert.assertEquals(P4Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(4)));
    Assert.assertEquals(P1Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(5)));
    Assert.assertEquals(Div1Processor.class.getSimpleName(), unwrappedClassName(d010402ProcList.get(6)));
    List<IElementProcessor> d030402ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect03, dialect04, dialect02));
    Assert.assertEquals(P3Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(0)));
    Assert.assertEquals(Span3Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(1)));
    Assert.assertEquals(Span4Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(2)));
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(3)));
    Assert.assertEquals(Div4Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(4)));
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(5)));
    Assert.assertEquals(P4Processor.class.getSimpleName(), unwrappedClassName(d030402ProcList.get(6)));
    List<IElementProcessor> d020403ProcList = new ArrayList<IElementProcessor>(combineDialects(dialect02, dialect04, dialect03));
    Assert.assertEquals(P3Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(0)));
    Assert.assertEquals(Span3Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(1)));
    Assert.assertEquals(Span4Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(2)));
    Assert.assertEquals(Div2Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(3)));
    Assert.assertEquals(Div4Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(4)));
    Assert.assertEquals(P2Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(5)));
    Assert.assertEquals(P4Processor.class.getSimpleName(), unwrappedClassName(d020403ProcList.get(6)));
}

Example 3 with IProcessor

use of org.thymeleaf.processor.IProcessor in project thymeleaf-tests by thymeleaf.

the class ProcessorAggregationTestDialect method buildProcessors.

private static Set<IProcessor> buildProcessors(final TemplateMode templateMode, final String specification) {
    final Set<IProcessor> processors = new LinkedHashSet<IProcessor>();
    final StringTokenizer specTok = new StringTokenizer(specification, ", ");
    while (specTok.hasMoreTokens()) {
        final String procSpec = specTok.nextToken();
        final StringTokenizer procSpecTok = new StringTokenizer(procSpec, "-");
        final String type = procSpecTok.nextToken();
        if (type.equals("CD")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new CDATASectionProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("C")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new CommentProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("DT")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new DocTypeProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("PI")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new ProcessingInstructionProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("T")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new TextProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("XD")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            processors.add(new XMLDeclarationProcessorAggregationTestProcessor(procSpecTok.nextToken(), templateMode, precedence));
        } else if (type.equals("E")) {
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            String elementName = procSpecTok.nextToken();
            boolean prefixElementName = true;
            if (elementName.startsWith("*")) {
                prefixElementName = false;
                elementName = elementName.substring(1);
            }
            String attributeName = procSpecTok.nextToken();
            boolean prefixAttributeName = true;
            if (attributeName.startsWith("*")) {
                prefixAttributeName = false;
                attributeName = attributeName.substring(1);
            }
            processors.add(new ElementProcessorAggregationTestTagProcessor((elementName.equals("null") ? null : elementName), prefixElementName, (attributeName.equals("null") ? null : attributeName), prefixAttributeName, templateMode, precedence));
        } else if (type.equals("N")) {
            // This will just be "ELEMENT"
            procSpecTok.nextToken();
            final int precedence = Integer.valueOf(procSpecTok.nextToken());
            String elementName = procSpecTok.nextToken();
            boolean prefixElementName = true;
            if (elementName.startsWith("*")) {
                prefixElementName = false;
                elementName = elementName.substring(1);
            }
            String attributeName = procSpecTok.nextToken();
            boolean prefixAttributeName = true;
            if (attributeName.startsWith("*")) {
                prefixAttributeName = false;
                attributeName = attributeName.substring(1);
            }
            processors.add(new ElementNodeProcessorAggregationTestProcessor((elementName.equals("null") ? null : elementName), prefixElementName, (attributeName.equals("null") ? null : attributeName), prefixAttributeName, templateMode, precedence));
        } else {
            throw new IllegalArgumentException("Unrecognized: " + type);
        }
    }
    return processors;
}

Example 4 with IProcessor

use of org.thymeleaf.processor.IProcessor in project sling by apache.

the class SlingDialect method getProcessors.

@Override
public Set<IProcessor> getProcessors(final String prefix) {
    final Set<IProcessor> processors = new HashSet<IProcessor>();
    processors.add(new SlingIncludeAttributeTagProcessor(prefix));
    return processors;
}

Example 5 with IProcessor

use of org.thymeleaf.processor.IProcessor in project thymeleaf by thymeleaf.

the class ConfigurationPrinterHelper method printProcessorsForTemplateMode.

private static void printProcessorsForTemplateMode(final ConfigLogBuilder logBuilder, final Set<IProcessor> processors, final TemplateMode templateMode) {
    if (processors == null || processors.isEmpty()) {
        return;
    }
    final List<ICDATASectionProcessor> cdataSectionProcessors = new ArrayList<ICDATASectionProcessor>();
    final List<ICommentProcessor> commentProcessors = new ArrayList<ICommentProcessor>();
    final List<IDocTypeProcessor> docTypeProcessors = new ArrayList<IDocTypeProcessor>();
    final List<IElementTagProcessor> elementTagProcessors = new ArrayList<IElementTagProcessor>();
    final List<IElementModelProcessor> elementModelProcessors = new ArrayList<IElementModelProcessor>();
    final List<IProcessingInstructionProcessor> processingInstructionProcessors = new ArrayList<IProcessingInstructionProcessor>();
    final List<ITextProcessor> textProcessors = new ArrayList<ITextProcessor>();
    final List<IXMLDeclarationProcessor> xmlDeclarationProcessors = new ArrayList<IXMLDeclarationProcessor>();
    boolean processorsForTemplateModeExist = false;
    for (final IProcessor processor : processors) {
        if (!templateMode.equals(processor.getTemplateMode())) {
            continue;
        }
        processorsForTemplateModeExist = true;
        if (processor instanceof ICDATASectionProcessor) {
            cdataSectionProcessors.add((ICDATASectionProcessor) processor);
        } else if (processor instanceof ICommentProcessor) {
            commentProcessors.add((ICommentProcessor) processor);
        } else if (processor instanceof IDocTypeProcessor) {
            docTypeProcessors.add((IDocTypeProcessor) processor);
        } else if (processor instanceof IElementTagProcessor) {
            elementTagProcessors.add((IElementTagProcessor) processor);
        } else if (processor instanceof IElementModelProcessor) {
            elementModelProcessors.add((IElementModelProcessor) processor);
        } else if (processor instanceof IProcessingInstructionProcessor) {
            processingInstructionProcessors.add((IProcessingInstructionProcessor) processor);
        } else if (processor instanceof ITextProcessor) {
            textProcessors.add((ITextProcessor) processor);
        } else if (processor instanceof IXMLDeclarationProcessor) {
            xmlDeclarationProcessors.add((IXMLDeclarationProcessor) processor);
        }
    }
    if (!processorsForTemplateModeExist) {
        // Nothing to show, there are no processors for this template mode
        return;
    }
    logBuilder.line("[THYMELEAF]     * Processors for Template Mode: {}", templateMode);
    Collections.sort(cdataSectionProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(commentProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(docTypeProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(elementTagProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(elementModelProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(processingInstructionProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(textProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    Collections.sort(xmlDeclarationProcessors, ProcessorComparators.PROCESSOR_COMPARATOR);
    if (!elementTagProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * Element Tag Processors by [matching element and attribute name] [precedence]:");
        for (final IElementTagProcessor processor : elementTagProcessors) {
            final MatchingElementName matchingElementName = processor.getMatchingElementName();
            final MatchingAttributeName matchingAttributeName = processor.getMatchingAttributeName();
            final String elementName = (matchingElementName == null ? "*" : matchingElementName.toString());
            final String attributeName = (matchingAttributeName == null ? "*" : matchingAttributeName.toString());
            logBuilder.line("[THYMELEAF]             * [{} {}] [{}]: {}", new Object[] { elementName, attributeName, Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!elementModelProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * Element Model Processors by [matching element and attribute name] [precedence]:");
        for (final IElementModelProcessor processor : elementModelProcessors) {
            final MatchingElementName matchingElementName = processor.getMatchingElementName();
            final MatchingAttributeName matchingAttributeName = processor.getMatchingAttributeName();
            final String elementName = (matchingElementName == null ? "*" : matchingElementName.toString());
            final String attributeName = (matchingAttributeName == null ? "*" : matchingAttributeName.toString());
            logBuilder.line("[THYMELEAF]             * [{} {}] [{}]: {}", new Object[] { elementName, attributeName, Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!textProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * Text Processors by [precedence]:");
        for (final ITextProcessor processor : textProcessors) {
            logBuilder.line("[THYMELEAF]             * [{}]: {}", new Object[] { Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!docTypeProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * DOCTYPE Processors by [precedence]:");
        for (final IDocTypeProcessor processor : docTypeProcessors) {
            logBuilder.line("[THYMELEAF]             * [{}]: {}", new Object[] { Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!cdataSectionProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * CDATA Section Processors by [precedence]:");
        for (final ICDATASectionProcessor processor : cdataSectionProcessors) {
            logBuilder.line("[THYMELEAF]             * [{}]: {}", new Object[] { Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!commentProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * Comment Processors by [precedence]:");
        for (final ICommentProcessor processor : commentProcessors) {
            logBuilder.line("[THYMELEAF]             * [{}]: {}", new Object[] { Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!xmlDeclarationProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * XML Declaration Processors by [precedence]:");
        for (final IXMLDeclarationProcessor processor : xmlDeclarationProcessors) {
            logBuilder.line("[THYMELEAF]             * [{}]: {}", new Object[] { Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
    if (!processingInstructionProcessors.isEmpty()) {
        logBuilder.line("[THYMELEAF]         * Processing Instruction Processors by [precedence]:");
        for (final IProcessingInstructionProcessor processor : processingInstructionProcessors) {
            logBuilder.line("[THYMELEAF]             * [{}]: {}", new Object[] { Integer.valueOf(processor.getPrecedence()), processor.getClass().getName() });
        }
    }
}