@Test
@SuppressWarnings("unchecked")
public void testGetContainerProperty() {
TestEntity entity = createTestEntity();
Property<String> containerProperty =
(Property<String>) container.getContainerProperty(entity.getId(), TestEntity.TEST_PROPERTY);
assertEquals("content", entity.getTestString(), containerProperty.getValue());
}
public void setTestNotNull(TestEntity testNotNull) {
if (testNotNull == null) {
throw new DaoException(
"To-one property 'testIdNotNull' has not-null constraint; cannot set to-one to null");
}
this.testNotNull = testNotNull;
testIdNotNull = testNotNull.getId();
testNotNull__resolvedKey = testIdNotNull;
}
@Test
public void testReplaceSimpleSearchable() {
TestEntity se1 =
new TestEntity("ISPN-1949", "Allow non-indexed values in indexed caches", 10, "note");
cache.put(se1.getId(), se1);
cache.put("name2", "some string value");
cache.put("name3", "some string value");
cache.put("name3", new NotIndexedType("some string value"));
SearchManager qf = Search.getSearchManager(cache);
Query ispnIssueQuery =
qf.buildQueryBuilderForClass(TestEntity.class)
.get()
.keyword()
.onField("name")
.ignoreAnalyzer()
.matching("ISPN-1949")
.createQuery();
assertEquals(1, qf.getQuery(ispnIssueQuery).list().size());
cache.put(se1.getId(), "some string value");
assertEquals(0, qf.getQuery(ispnIssueQuery).list().size());
AnotherTestEntity indexBEntity = new AnotherTestEntity("ISPN-1949");
cache.put("name", indexBEntity);
assertEquals(1, qf.getQuery(ispnIssueQuery).list().size());
TestEntity se2 =
new TestEntity(
"HSEARCH-1077",
"Mutable SearchFactory should return which classes are actually going to be indexed",
10,
"note");
cache.replace("name", indexBEntity, se2);
assertEquals(0, qf.getQuery(ispnIssueQuery).list().size());
Query searchIssueQuery =
qf.buildQueryBuilderForClass(TestEntity.class)
.get()
.keyword()
.onField("name")
.ignoreAnalyzer()
.matching("HSEARCH-1077")
.createQuery();
assertEquals(1, qf.getQuery(searchIssueQuery).list().size());
// a failing atomic replace should not change the index:
cache.replace("name", "notMatching", "notImportant");
assertEquals(1, qf.getQuery(searchIssueQuery).list().size());
assertEquals(0, qf.getQuery(ispnIssueQuery).list().size());
cache.remove("name");
assertEquals(0, qf.getQuery(searchIssueQuery).list().size());
cache.put("name", se2);
assertEquals(1, qf.getQuery(searchIssueQuery).list().size());
cache.put("name", "replacement String");
assertEquals(0, qf.getQuery(searchIssueQuery).list().size());
cache.put("name", se1);
assertEquals(1, qf.getQuery(ispnIssueQuery).list().size());
cache.put("second name", se1);
assertEquals(2, qf.getQuery(ispnIssueQuery).list().size());
assertEquals(2, qf.getQuery(ispnIssueQuery, TestEntity.class).list().size());
// now actually replace one with a different indexed type (matches same query)
cache.replace("name", se1, indexBEntity);
assertEquals(2, qf.getQuery(ispnIssueQuery).list().size());
assertEquals(1, qf.getQuery(ispnIssueQuery, TestEntity.class).list().size());
assertEquals(1, qf.getQuery(ispnIssueQuery, AnotherTestEntity.class).list().size());
// replace with a non indexed type
cache.replace("name", indexBEntity, new NotIndexedType("this is not indexed"));
assertEquals(1, qf.getQuery(ispnIssueQuery).list().size());
}
public void setTestEntity(TestEntity testEntity) {
this.testEntity = testEntity;
testId = testEntity == null ? null : testEntity.getId();
testEntity__resolvedKey = testId;
}
