Examples of org.apache.shindig.protocol.conversion.xstream.NamespaceSet

Package org.apache.shindig.protocol.conversion.xstream

Examples of org.apache.shindig.protocol.conversion.xstream.NamespaceSet

org.apache.shindig.protocol.conversion.xstream.NamespaceSet
A container class that defines namespaces and subsequent element named for an element in the output stack. A set of active namespaces are defined by addNamespace and a name to prefixed name translation is specified by addPrefixedElement.

  private static Map<String, NamespaceSet> initNameSpace() {
    // configure the name space mapping. This does not need to be all the elments in the
    // namespace, just the point of translation from one namespace to another.
    // It would have been good to use a standard parser/serializer approach, but
    // the xstream namespace implementation does not work exactly how we need it to.
    NamespaceSet atom = new NamespaceSet();
    atom.addNamespace("xmlns", ATOM_NS);
    atom.addNamespace("xmlns:osearch", OSEARCH_NS);
    atom.addPrefixedElement("totalResults", "osearch:totalResults");
    atom.addPrefixedElement("startIndex", "osearch:startIndex");
    atom.addPrefixedElement("itemsPerPage", "osearch:itemsPerPage");


    NamespaceSet os = new NamespaceSet();
    os.addNamespace("xmlns", OS_NS);


    return ImmutableMap.<String, NamespaceSet>builder()
        .put("feed", atom)
        .put("person", os)
        .put("activity", os)

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  private static Map<String, NamespaceSet> initNameSpace() {
    // configure the name space mapping. This does not need to be all the elments in the
    // namespace, just the point of translation from one namespace to another.
    // It would have been good to use a standard parser/serializer approach, but
    // the xstream namespace implementation does not work exactly how we need it to.
    NamespaceSet atom = new NamespaceSet();
    atom.addNamespace("xmlns", ATOM_NS);
    atom.addNamespace("xmlns:osearch", OSEARCH_NS);
    atom.addPrefixedElement("totalResults", "osearch:totalResults");
    atom.addPrefixedElement("startIndex", "osearch:startIndex");
    atom.addPrefixedElement("itemsPerPage", "osearch:itemsPerPage");


    NamespaceSet os = new NamespaceSet();
    os.addNamespace("xmlns", OS_NS);


    return ImmutableMap.<String, NamespaceSet>builder()
        .put("feed", atom)
        .put("person", os)
        .put("activity", os)

View Full Code Here

  private static Map<String, NamespaceSet> initNameSpace() {
    // configure the name space mapping. This does not need to be all the elments in the
    // namespace, just the point of translation from one namespace to another.
    // It would have been good to use a standard parser/serializer approach, but
    // the xstream namespace implementation does not work exactly how we need it to.
    NamespaceSet atom = new NamespaceSet();
    atom.addNamespace("xmlns", ATOM_NS);
    atom.addNamespace("xmlns:osearch", OSEARCH_NS);
    atom.addPrefixedElement("totalResults", "osearch:totalResults");
    atom.addPrefixedElement("startIndex", "osearch:startIndex");
    atom.addPrefixedElement("itemsPerPage", "osearch:itemsPerPage");


    NamespaceSet os = new NamespaceSet();
    os.addNamespace("xmlns", OS_NS);


    return ImmutableMap.<String, NamespaceSet>builder()
        .put("feed", atom)
        .put("person", os)
        .put("activity", os)

View Full Code Here

  private static Map<String, NamespaceSet> initNameSpace() {
    // configure the name space mapping. This does not need to be all the elments in the
    // namespace, just the point of translation from one namespace to another.
    // It would have been good to use a standard parser/serializer approach, but
    // the xstream namespace implementation does not work exactly how we need it to.
    NamespaceSet atom = new NamespaceSet();
    atom.addNamespace("xmlns", ATOM_NS);
    atom.addNamespace("xmlns:osearch", OSEARCH_NS);
    atom.addPrefixedElement("totalResults", "osearch:totalResults");
    atom.addPrefixedElement("startIndex", "osearch:startIndex");
    atom.addPrefixedElement("itemsPerPage", "osearch:itemsPerPage");


    NamespaceSet os = new NamespaceSet();
    os.addNamespace("xmlns", OS_NS);


    return ImmutableMap.<String, NamespaceSet>builder()
        .put("feed", atom)
        .put("person", os)
        .put("activity", os)

View Full Code Here

  private static Map<String, NamespaceSet> initNameSpace() {
    // configure the name space mapping. This does not need to be all the elments in the
    // namespace, just the point of translation from one namespace to another.
    // It would have been good to use a standard parser/serializer approach, but
    // the xstream namespace implementation does not work exactly how we need it to.
    NamespaceSet atom = new NamespaceSet();
    atom.addNamespace("xmlns", ATOM_NS);
    atom.addNamespace("xmlns:osearch", OSEARCH_NS);
    atom.addPrefixedElement("totalResults", "osearch:totalResults");
    atom.addPrefixedElement("startIndex", "osearch:startIndex");
    atom.addPrefixedElement("itemsPerPage", "osearch:itemsPerPage");


    NamespaceSet os = new NamespaceSet();
    os.addNamespace("xmlns", OS_NS);


    return ImmutableMap.<String, NamespaceSet>builder()
        .put("feed", atom)
        .put("person", os)
        .put("activity", os)

View Full Code Here

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Related Classes of org.apache.shindig.protocol.conversion.xstream.NamespaceSet

org.apache.shindig.social.core.util.xstream.XStream081Configuration

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