Examples of org.apache.wink.common.model.atom.AtomLink

Package org.apache.wink.common.model.atom

Examples of org.apache.wink.common.model.atom.AtomLink

org.apache.wink.common.model.atom.AtomLink
ana.org/assignments/relation/". The value of "rel" describes the meaning of the link, but does not impose any behavioral requirements on Atom Processors. This document defines five initial values for the Registry of Link Relations: 1. The value "alternate" signifies that the IRI in the value of the href attribute identifies an alternate version of the resource described by the containing element. 2. The value "related" signifies that the IRI in the value of the href attribute identifies a resource related to the resource described by the containing element. For example, the feed for a site that discusses the performance of the search engine at "http://search.example.com" might contain, as a child of atom:feed: <link rel="related" href="http://search.example.com/"/> An identical link might appear as a child of any atom:entry whose content contains a discussion of that same search engine. 3. The value "self" signifies that the IRI in the value of the href attribute identifies a resource equivalent to the containing element. 4. The value "enclosure" signifies that the IRI in the value of the href attribute identifies a related resource that is potentially large in size and might require special handling. For atom:link elements with rel="enclosure", the length attribute SHOULD be provided. 5. The value "via" signifies that the IRI in the value of the href attribute identifies a resource that is the source of the information provided in the containing element.

The "type" Attribute

 On the link element, the "type" attribute's value is an advisory media type:  it is a hint about the type of the representation that is expected to be returned when the value of the  href attribute is dereferenced. Note that the type attribute does not override the actual  media type returned with the representation. Link elements MAY have a type attribute,  whose value MUST conform to the syntax of a MIME media type [MIMEREG].

The "hreflang" Attribute

 The "hreflang" attribute's content describes the language of the resource pointed to by the href attribute.  When used together with the rel="alternate", it implies a translated version of the entry.  Link elements MAY have an hreflang attribute, whose value MUST be a language tag [RFC3066].

The "title" Attribute

 The "title" attribute conveys human-readable information about the link.  The content of the "title" attribute is Language-Sensitive.  Entities such as "&" and "<" represent their corresponding characters ("&" and "<", respectively), not markup.  Link elements MAY have a title attribute.

The "length" Attribute

 The "length" attribute indicates an advisory length of the linked content in octets;  it is a hint about the content length of the representation returned when the IRI in the href attribute is  mapped to a URI and dereferenced. Note that the length attribute does not override the actual content  length of the representation as reported by the underlying protocol. Link elements MAY have a length attribute.

        request.addParameter(RestConstants.REST_PARAM_ABSOLUTE_URLS, "");
        MockHttpServletResponse response = invoke(request);
        assertEquals("status", HttpStatus.OK.getCode(), response.getStatus());
        String contentString = response.getContentAsString();
        AtomFeed feed = AtomFeed.unmarshal(new StringReader(contentString));
        AtomLink link = feed.getLinks().get(0);
        assertTrue("ipv6 URI: " + link, link.getHref().startsWith(http));
    }

        request.addParameter(RestConstants.REST_PARAM_ABSOLUTE_URLS, "");
        MockHttpServletResponse response = invoke(request);
        assertEquals("status", HttpStatus.OK.getCode(), response.getStatus());
        String contentString = response.getContentAsString();
        AtomFeed feed = AtomFeed.unmarshal(new StringReader(contentString));
        AtomLink link = feed.getLinks().get(0);
        assertTrue("ipv6 URI: " + link, link.getHref().startsWith(https));
    }

        AtomFeed feed = resource.accept("application/atom+xml").get(AtomFeed.class);
        assertEquals(BlogService.ID, feed.getId());
        assertEquals(BlogService.ID, feed.getTitle().getValue());
        
        List<AtomLink> expectedLinks = new ArrayList<AtomLink>();
        AtomLink link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0");
        expectedLinks.add(link);
        link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/1");
        expectedLinks.add(link);
        List<AtomLink> actual = feed.getLinks();
        assertEquals(expectedLinks.size(), actual.size());
        for(int i = 0; i < actual.size(); ++i)
            assertEquals(expectedLinks.get(i).getHref(), actual.get(i).getHref());

        AtomFeed feed = resource.accept("application/atom+xml").get(AtomFeed.class);
        assertEquals("0", feed.getId());
        assertEquals("wink-developer-blog", feed.getTitle().getValue());
        
        List<AtomLink> expectedLinks = new ArrayList<AtomLink>();
        AtomLink link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/0");
        expectedLinks.add(link);
        link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/1");
        expectedLinks.add(link);
        List<AtomLink> actual = feed.getLinks();
        assertEquals(expectedLinks.size(), actual.size());
        for(int i = 0; i < actual.size(); ++i)
            assertEquals(expectedLinks.get(i).getHref(), actual.get(i).getHref());
        
        client = new RestClient();
        resource = client.resource(BASE_URI+"/blogs/1");
        feed = resource.accept("application/atom+xml").get(AtomFeed.class);
        assertEquals("1", feed.getId());
        assertEquals("wink-user-blog", feed.getTitle().getValue());
        
        expectedLinks = new ArrayList<AtomLink>();
        link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/1/entries/2");
        expectedLinks.add(link);
        actual = feed.getLinks();
        assertEquals(expectedLinks.size(), actual.size());
        for(int i = 0; i < actual.size(); ++i)
            assertEquals(expectedLinks.get(i).getHref(), actual.get(i).getHref());

        assertEquals(0, entry.getLinks().size());
        
        resource = client.resource(BASE_URI+"/blogs/0");
        AtomFeed feed = resource.accept("application/atom+xml").get(AtomFeed.class);
        List<AtomLink> expectedLinks = new ArrayList<AtomLink>();
        AtomLink link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/0");
        expectedLinks.add(link);
        link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/1");
        expectedLinks.add(link);
        link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/3");
        expectedLinks.add(link);
        List<AtomLink> actual = feed.getLinks();
        assertEquals(expectedLinks.size(), actual.size());
        for(int i = 0; i < actual.size(); ++i)
            assertEquals(expectedLinks.get(i).getHref(), actual.get(i).getHref());

        assertEquals("Success", entry.getTitle().getValue());
        
        resource = client.resource(BASE_URI+"/blogs/0/entries/1");
        entry = resource.accept("application/atom+xml").get(AtomEntry.class);
        List<AtomLink> expectedLinks = new ArrayList<AtomLink>();
        AtomLink link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/1/comments/0");
        expectedLinks.add(link);
        link = new AtomLink();
        link.setHref(BASE_URI+"/blogs/0/entries/1/comments/1");
        expectedLinks.add(link);
        List<AtomLink> actual = entry.getLinks();
        assertEquals(expectedLinks.size(), actual.size());
        for(int i = 0; i < actual.size(); ++i)
            assertEquals(expectedLinks.get(i).getHref(), actual.get(i).getHref());

Examples of org.apache.wink.common.model.atom.AtomLink

Related Classes of org.apache.wink.common.model.atom.AtomLink