Пример #1
0
  @Test
  public final void testNormalizeInoh() {
    // there're two Protein objects that have entityReference
    // rdf:ID="IMR_0100366_G_alpha_s_Canonical" (in fact a generic ProteinReference inproperly
    // defined);
    // and that PR has two UniProt UnificationXref: P63092 (human), P63095 (rat).
    // Identifiers.org URI for the PR should NOT be generated.
    //
    // Also, there was a bug when replacing the PR's URI (warning: IllegalBioPAXArgumentException:
    // Incompatible type!..)
    // The cause is that there was a (weird, invalid) PublicationXref having db:id as UniProt:P63092
    // that gets the same URI!
    // To avoid such issues altogether (despite illegal pub. xrefs), the Normalizer won't use
    // Identifiers.org for PublicationXrefs anymore.

    Model model = simpleIO.convertFromOWL(getClass().getResourceAsStream("/test-inoh.owl"));
    Normalizer normalizer = new Normalizer();
    normalizer.setXmlBase("");
    normalizer.normalize(model);

    // A weird PublicationXref that uses a UniProt ID won't be normalized:
    assertFalse(model.containsID("http://identifiers.org/uniprot/P63092"));

    // A PR with two UniProt IDs/unif.xrefs - human, rat - won't be normalized!
    assertTrue(model.containsID(model.getXmlBase() + "IMR_0100366_G_alpha_s_Canonical"));
    assertEquals(
        "ProteinReference",
        model
            .getByID(model.getXmlBase() + "IMR_0100366_G_alpha_s_Canonical")
            .getModelInterface()
            .getSimpleName());
  }
Пример #2
0
  @Test
  public final void testSearch() throws IOException {
    SimpleIOHandler reader = new SimpleIOHandler();
    Model model =
        reader.convertFromOWL(
            resourceLoader.getResource("classpath:merge/pathwaydata1.owl").getInputStream());
    SearchEngine searchEngine = new SearchEngine(model, indexLocation);
    searchEngine.index();
    assertTrue(new File(indexLocation).exists());

    SearchResponse response = searchEngine.search("ATP", 0, null, null, null);
    assertNotNull(response);
    assertFalse(response.isEmpty());
    assertEquals(7, response.getSearchHit().size());
    assertEquals(7, response.getNumHits().intValue());

    CPathSettings.getInstance().setDebugEnabled(false);
    response = searchEngine.search("ATP", 0, Interaction.class, null, null);
    assertNotNull(response);
    assertFalse(response.isEmpty());
    assertEquals(2, response.getSearchHit().size());
    // if cPath2 debugging is disabled, - no score/explain in the excerpt
    assertFalse(response.getSearchHit().get(0).getExcerpt().contains("-SCORE-"));

    // enable cPath2 debugging...
    CPathSettings.getInstance().setDebugEnabled(true);

    response = searchEngine.search("ATP", 0, Pathway.class, null, null);
    assertNotNull(response);
    assertFalse(response.isEmpty());
    assertEquals(1, response.getSearchHit().size());

    SearchHit hit = response.getSearchHit().get(0);
    assertEquals(4, hit.getSize().intValue()); // no. member processes, not counting the hit itself
    assertTrue(hit.getExcerpt().contains("-SCORE-"));
    CPathSettings.getInstance().setDebugEnabled(false);

    // test a special implementation for wildcard queries
    response = searchEngine.search("*", 0, Pathway.class, null, null);
    assertNotNull(response);
    assertFalse(response.isEmpty());
    assertEquals(1, response.getSearchHit().size());

    // find all objects (this here works with page=0 as long as the
    // total no. objects in the test model < max hits per page)
    response = searchEngine.search("*", 0, null, null, null);
    assertEquals(50, response.getSearchHit().size());

    response = searchEngine.search("*", 0, PhysicalEntity.class, null, null);
    assertEquals(8, response.getSearchHit().size());

    response = searchEngine.search("*", 0, PhysicalEntity.class, null, new String[] {"562"});
    assertEquals(2, response.getSearchHit().size());

    response =
        searchEngine.search("*", 0, PhysicalEntity.class, null, new String[] {"Escherichia"});
    assertFalse(response.isEmpty());
    assertEquals(2, response.getSearchHit().size());

    response =
        searchEngine.search("*", 0, PhysicalEntity.class, null, new String[] {"Escherichia coliü"});
    assertFalse(response.isEmpty());
    assertEquals(2, response.getSearchHit().size());

    response = searchEngine.search("*", 0, Provenance.class, null, null);
    assertEquals(2, response.getSearchHit().size());

    response = searchEngine.search("*", 0, Provenance.class, new String[] {"kegg"}, null);
    assertEquals(1, response.getSearchHit().size());

    // datasource filter using a URI (required for -update-counts console command and
    // datasources.html page to work)
    response =
        searchEngine.search(
            "*", 0, Pathway.class, new String[] {"http://identifiers.org/kegg.pathway/"}, null);
    assertFalse(response.isEmpty());
    assertEquals(1, response.getSearchHit().size());

    response =
        searchEngine.search("pathway:glycolysis", 0, SmallMoleculeReference.class, null, null);
    assertEquals(5, response.getSearchHit().size());

    // test search with pagination
    searchEngine.setMaxHitsPerPage(10);
    response = searchEngine.search("*", 0, null, null, null);
    assertEquals(0, response.getPageNo().intValue());

    assertEquals(50, response.getNumHits().intValue());
    assertEquals(10, response.getSearchHit().size());
    response = searchEngine.search("*", 1, null, null, null);
    assertEquals(10, response.getSearchHit().size());

    assertEquals(1, response.getPageNo().intValue());
  }