Package org.apache.cocoon.sitemap

Examples of org.apache.cocoon.sitemap.ContentAggregator$Element

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    String prefix = "";
    Value sprefix = assq(sargs, Symbol.get("prefix"));
    if (!sprefix.eq(FALSE))
      prefix = string(pair(sprefix).cdr);

    ContentAggregator contentAggregator
      = (ContentAggregator)eventPipeline.getGenerator();
    contentAggregator.setRootElement(element, ns, prefix);
   
    return new J2S.JavaObject(pipeline);
  }
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    String stripRoot = "";
    Value sstripRoot = assq(sargs, Symbol.get("strip-root"));
    if (!sstripRoot.eq(FALSE))
      stripRoot = string(pair(sstripRoot).cdr);

    ContentAggregator contentAggregator
      = (ContentAggregator)eventPipeline.getGenerator();
    contentAggregator.addPart(src, element, ns, stripRoot, prefix);
    return spipeline;
  }
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        // Setup aggregator
        EventPipeline eventPipeline = context.getEventPipeline();

        eventPipeline.setGenerator("!content-aggregator!", null, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator)eventPipeline.getGenerator();
        aggregator.setRootElement(
            this.element.resolve(mapStack),
            this.nsURI.resolve(mapStack),
            this.nsPrefix.resolve(mapStack)
        );

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;
       
        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[])this.viewParts.get(cocoonView);
           
            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(mapStack),
                    part.element.resolve(mapStack),
                    part.nsURI.resolve(mapStack),
                    part.stripRoot.resolve(mapStack),
                    part.nsPrefix.resolve(mapStack)
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        // Setup aggregator
        ProcessingPipeline processingPipeline = context.getProcessingPipeline();

        processingPipeline.setGenerator("<aggregator>", null, Parameters.EMPTY_PARAMETERS, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator)processingPipeline.getGenerator();
        aggregator.setRootElement(
            this.element.resolve(context, objectModel),
            this.nsURI.resolve(context, objectModel),
            this.nsPrefix.resolve(context, objectModel)
        );

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;

        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[])this.viewParts.get(cocoonView);

            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(context, objectModel),
                    part.element.resolve(context, objectModel),
                    part.nsURI.resolve(context, objectModel),
                    part.stripRoot.resolve(context, objectModel),
                    part.nsPrefix.resolve(context, objectModel)
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        // Setup aggregator
        ProcessingPipeline processingPipeline = context.getProcessingPipeline();
        processingPipeline.setGenerator("<aggregator>", null, Parameters.EMPTY_PARAMETERS, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator) processingPipeline.getGenerator();
        aggregator.setRootElement(this.element.resolve(context, objectModel),
                                  this.nsURI.resolve(context, objectModel),
                                  this.nsPrefix.resolve(context, objectModel));

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;

        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[]) this.viewParts.get(cocoonView);

            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(context, objectModel),
                    part.element.resolve(context, objectModel),
                    part.nsURI.resolve(context, objectModel),
                    part.stripRoot.resolve(context, objectModel),
                    part.nsPrefix.resolve(context, objectModel)
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        // Setup aggregator
        EventPipeline eventPipeline = context.getEventPipeline();
       
        eventPipeline.setGenerator("!content-aggregator!", null, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator)eventPipeline.getGenerator();
        aggregator.setRootElement(this.element, this.nsURI, this.nsPrefix);
       
        // Get actual parts, potentially filtered by the view
        Part[] actualParts;
        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.parts;

        } else {
            // Keep only those parts that are in the view
            actualParts = new Part[this.parts.length];
            for (int i = 0; i < actualParts.length; i++) {
                if (this.partViews[i] != null && this.partViews[i].containsKey(cocoonView)) {
                    // this part is in the view
                    actualParts[i] = this.parts[i];
                } else {
                    if (infoEnabled) {
                        getLogger().info("Aggregate part " + (i+1) + " is not in the '" +
                            cocoonView + "' view, at " + this.getLocation());
                    }
                }
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                // FIXME : update ContentAggregator to accept boolean for stripRoot
                aggregator.addPart(part.source.resolve(mapStack),
                    part.element, part.nsURI, String.valueOf(part.stripRoot), part.nsPrefix
                );
            }
        }
       
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        // Setup aggregator
        ProcessingPipeline processingPipeline = context.getProcessingPipeline();

        processingPipeline.setGenerator("<aggregator>", null, Parameters.EMPTY_PARAMETERS, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator)processingPipeline.getGenerator();
        aggregator.setRootElement(
            this.element.resolve(context, objectModel),
            this.nsURI.resolve(context, objectModel),
            this.nsPrefix.resolve(context, objectModel)
        );

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;

        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[])this.viewParts.get(cocoonView);

            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(context, objectModel),
                    part.element.resolve(context, objectModel),
                    part.nsURI.resolve(context, objectModel),
                    part.stripRoot.resolve(context, objectModel),
                    part.nsPrefix.resolve(context, objectModel)
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        // Setup aggregator
        EventPipeline eventPipeline = context.getEventPipeline();

        eventPipeline.setGenerator("<aggregator>", null, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator)eventPipeline.getGenerator();
        aggregator.setRootElement(
            this.element.resolve(context, objectModel),
            this.nsURI.resolve(context, objectModel),
            this.nsPrefix.resolve(context, objectModel)
        );

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;

        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[])this.viewParts.get(cocoonView);

            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(context, objectModel),
                    part.element.resolve(context, objectModel),
                    part.nsURI.resolve(context, objectModel),
                    part.stripRoot.resolve(context, objectModel),
                    part.nsPrefix.resolve(context, objectModel)
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        // Setup aggregator
        ProcessingPipeline processingPipeline = context.getProcessingPipeline();
        processingPipeline.setGenerator("<aggregator>", null, Parameters.EMPTY_PARAMETERS, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator) processingPipeline.getGenerator();
        aggregator.setRootElement(this.element.resolve(context, objectModel),
                                  this.nsURI.resolve(context, objectModel),
                                  this.nsPrefix.resolve(context, objectModel));

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;

        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[])this.viewParts.get(cocoonView);

            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(context, objectModel),
                    part.element.resolve(context, objectModel),
                    part.nsURI.resolve(context, objectModel),
                    part.stripRoot.resolve(context, objectModel),
                    part.nsPrefix.resolve(context, objectModel)
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        // Setup aggregator
        ProcessingPipeline processingPipeline = context.getProcessingPipeline();
        processingPipeline.setGenerator("<aggregator>", null, Parameters.EMPTY_PARAMETERS, Parameters.EMPTY_PARAMETERS);

        ContentAggregator aggregator = (ContentAggregator) processingPipeline.getGenerator();
        aggregator.setRootElement(this.element.resolve(context, objectModel),
                                  this.nsURI.resolve(context, objectModel),
                                  this.nsPrefix.resolve(context, objectModel));

        // Get actual parts, potentially filtered by the view
        Part[] actualParts;

        String cocoonView = env.getView();
        if (cocoonView == null) {
            // Keep all parts
            actualParts = this.allParts;

        } else {
            // Are there some parts that match this view ?
            actualParts = (Part[])this.viewParts.get(cocoonView);

            // If not, keep all parts
            if (actualParts == null) {
                actualParts = this.allParts;
            }
        }

        // Add parts
        for (int i = 0; i < actualParts.length; i++) {
            Part part = actualParts[i];
            if (part != null) {
                aggregator.addPart(
                    part.source.resolve(context, objectModel),
                    part.element.resolve(context, objectModel),
                    part.nsURI.resolve(context, objectModel),
                    part.stripRoot.resolve(context, objectModel),
                    part.nsPrefix.resolve(context, objectModel)
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