@Test
public void testSearchWithoutAutocomplete() {
LimitedResult<List<NameConceptModelIF>> nameModeListLR = nameDAO.search("car", false);
assertEquals(0, nameModeListLR.getRows().size());
// test vernacular names when using a part of the name
nameModeListLR = nameDAO.search("sali", false);
assertEquals(1, nameModeListLR.getRows().size());
}
@Test
public void testSearchScoringWithAutocomplete() {
// test vernacular names partial match
LimitedResult<List<NameConceptModelIF>> nameModeListLR = nameDAO.search("sali", true);
assertEquals(1, nameModeListLR.getRows().size());
float saliScore = nameModeListLR.getRows().get(0).getScore();
// make sure that scores make sense
nameModeListLR = nameDAO.search("carex sali", true);
assertEquals(1, nameModeListLR.getRows().size());
float carexSaliScore = nameModeListLR.getRows().get(0).getScore();
assertTrue(
"Full match should have a better score than partial match", carexSaliScore > saliScore);
nameModeListLR = nameDAO.search("carex feta", true);
assertEquals(1, nameModeListLR.getRows().size());
float carexFetaScore = nameModeListLR.getRows().get(0).getScore();
assertTrue(
"Full match should have the same score for taxon and vernacular",
carexSaliScore == carexFetaScore);
}
/**
* Test to make sure that taxon and vernacular are sorted correctly when returned by search
* function. Correctly means sorted by score then name.
*/
@Test
public void testTaxonVernacularOrdering() {
LimitedResult<List<NameConceptModelIF>> nameModeListLR = nameDAO.search("carex", true);
int idx = 0;
int carexSabulosaIdx = 0;
int carexSaliIdx = 0;
for (NameConceptModelIF currName : nameModeListLR.getRows()) {
if ("Carex sabulosa".equals(currName.getName())) {
carexSabulosaIdx = idx;
} else if ("carex sali".equals(currName.getName())) {
carexSaliIdx = idx;
}
idx++;
}
assertTrue("taxon and vernacular order", carexSabulosaIdx < carexSaliIdx);
}
@Test
public void testSearch() {
// Test asciifolding filter
LimitedResult<List<NameConceptModelIF>> nameModeListLR = nameDAO.search("epi", true);
assertEquals(1, nameModeListLR.getRows().size());
assertEquals(1, nameModeListLR.getTotal_rows());
assertEquals(
"Ascii Folding, search vernacular with accent",
new Integer(7174),
nameModeListLR.getRows().get(0).getTaxonId());
// Test search using carex fe
List<NameConceptModelIF> nameModeList = nameDAO.searchTaxon("carex fe");
// make sure Carex feta is the first element
assertEquals(
"<em>Carex feta</em> L.H. Bailey",
((NameConceptTaxonModel) nameModeList.get(0)).getNamehtmlauthor());
// make sure Carex alone (951) is not there
boolean carexFound = false;
for (NameConceptModelIF curr : nameModeList) {
if (curr.getTaxonId().intValue() == 951) {
carexFound = true;
}
}
assertFalse(carexFound);
// Test search carex
nameModeListLR = nameDAO.search("carex", true);
assertEquals(new Integer(951), nameModeListLR.getRows().get(0).getTaxonId());
// make sure other carex are returned (carex feta)
assertTrue(nameModeListLR.getRows().size() > 1);
// make sure carex the genus get the higher score
assertTrue(
nameModeListLR.getRows().get(0).getScore() > nameModeListLR.getRows().get(1).getScore());
// same test with searchTaxon
nameModeList = nameDAO.searchTaxon("carex");
assertTrue(nameModeList.get(0).getScore() > nameModeList.get(1).getScore());
// Test fuzzy match
// nameModeListLR = nameDAO.search("carox",true);
// assertEquals(new Integer(951), nameModeListLR.getRows().get(0).getTaxonId());
// Search for carex feta using the genus first letter
nameModeListLR = nameDAO.search("C. feta", true);
assertEquals(new Integer(4864), nameModeListLR.getRows().get(0).getTaxonId());
// same test with searchTaxon
nameModeList = nameDAO.searchTaxon("C. feta");
assertEquals(new Integer(4864), nameModeList.get(0).getTaxonId());
// Search using the epithet
nameModeListLR = nameDAO.search("sabulosa", true);
assertEquals(new Integer(5064), nameModeListLR.getRows().get(0).getTaxonId());
// same test with searchTaxon
nameModeList = nameDAO.searchTaxon("sabulosa");
assertEquals(new Integer(5064), nameModeList.get(0).getTaxonId());
// Test hybrids
// should work without the multiply sign
nameModeListLR = nameDAO.search("Achnella", true);
assertEquals(
"Search hybrid without symbol",
new Integer(23238),
nameModeListLR.getRows().get(0).getTaxonId());
// should also work with the multiply sign
nameModeListLR = nameDAO.search("×Achnella", true);
assertEquals(
"Search hybrid with symbol",
new Integer(23238),
nameModeListLR.getRows().get(0).getTaxonId());
// Test searching for a vernacular on taxon index
nameModeList = nameDAO.searchTaxon("epi");
assertEquals(0, nameModeList.size());
// Test vernacular
nameModeListLR = nameDAO.search("japanese m", true);
assertEquals(1, nameModeListLR.getRows().size());
nameModeListLR = nameDAO.search("maple", true);
assertEquals(1, nameModeListLR.getRows().size());
// test a synonym with 2 parents
nameModeListLR = nameDAO.search("SynonymWithTwoParents", true);
assertEquals(new Integer(101010), nameModeListLR.getRows().get(0).getTaxonId());
assertFalse(((NameConceptTaxonModel) nameModeListLR.getRows().get(0)).hasSingleParent());
// Test with paging, do this one last since we change the behavior of the nameDAO
// We should not use setPageSize outside testing
((ElasticSearchNameDAO) nameDAO).setPageSize(1);
nameModeListLR = nameDAO.search("care", true, 0);
assertEquals(1, nameModeListLR.getRows().size());
nameModeListLR = nameDAO.search("care", true, 1);
assertEquals(1, nameModeListLR.getRows().size());
}
