Examples with UserHS org.infinispan.query.dsl.embedded.testdomain.hsearch.UserHS used on opensource projects

Example 6 with UserHS

use of org.infinispan.query.dsl.embedded.testdomain.hsearch.UserHS in project infinispan by infinispan.

the class EmbeddedRemoteInteropQueryTest method testEqEmptyStringEmbedded.

public void testEqEmptyStringEmbedded() {
    UserHS user = new UserHS();
    user.setId(1);
    user.setName("test name");
    user.setSurname("test surname");
    user.setGender(User.Gender.MALE);
    user.setNotes("1234567890");
    cache.put(1, user);
    QueryFactory qf = org.infinispan.query.Search.getQueryFactory(cache);
    Query<User> q = qf.create("FROM " + UserHS.class.getName() + " WHERE name = ''");
    List<User> list = q.execute().list();
    assertTrue(list.isEmpty());
}

Example 7 with UserHS

use of org.infinispan.query.dsl.embedded.testdomain.hsearch.UserHS in project infinispan by infinispan.

the class EmbeddedRemoteInteropQueryTest method testRemoteQueryForEmbeddedEntryOnNonIndexedField.

public void testRemoteQueryForEmbeddedEntryOnNonIndexedField() {
    UserHS user = new UserHS();
    user.setId(1);
    user.setName("test name");
    user.setSurname("test surname");
    user.setGender(User.Gender.MALE);
    user.setNotes("1234567890");
    cache.put(1, user);
    // get user back from remote cache via query and check its attributes
    QueryFactory qf = Search.getQueryFactory(remoteCache);
    Query<User> query = qf.create("FROM sample_bank_account.User WHERE notes LIKE '%567%'");
    List<User> list = query.execute().list();
    assertNotNull(list);
    assertEquals(1, list.size());
    assertNotNull(list.get(0));
    assertEquals(UserPB.class, list.get(0).getClass());
    assertEquals(1, list.get(0).getId());
    assertEquals("1234567890", list.get(0).getNotes());
}

Example 8 with UserHS

use of org.infinispan.query.dsl.embedded.testdomain.hsearch.UserHS in project infinispan by infinispan.

the class EmbeddedRemoteInteropQueryTest method testEqEmptyStringRemote.

public void testEqEmptyStringRemote() {
    UserHS user = new UserHS();
    user.setId(1);
    user.setName("test name");
    user.setSurname("test surname");
    user.setGender(User.Gender.MALE);
    user.setNotes("1234567890");
    cache.put(1, user);
    QueryFactory qf = Search.getQueryFactory(remoteCache);
    Query<User> q = qf.create("FROM sample_bank_account.User WHERE name = ''");
    List<User> list = q.execute().list();
    assertTrue(list.isEmpty());
}

Example 9 with UserHS

use of org.infinispan.query.dsl.embedded.testdomain.hsearch.UserHS in project infinispan by infinispan.

the class EmbeddedUserMarshaller method readFrom.

@Override
public UserHS readFrom(ProtoStreamReader reader) throws IOException {
    int id = reader.readInt("id");
    Set<Integer> accountIds = reader.readCollection("accountIds", new HashSet<>(), Integer.class);
    // Read them out of order. It still works but logs a warning!
    String surname = reader.readString("surname");
    String name = reader.readString("name");
    String salutation = reader.readString("salutation");
    List<Address> addresses = reader.readCollection("addresses", new ArrayList<>(), AddressHS.class);
    Integer age = reader.readInt("age");
    User.Gender gender = reader.readEnum("gender", User.Gender.class);
    String notes = reader.readString("notes");
    Instant creationDate = reader.readInstant("creationDate");
    Instant passwordExpirationDate = reader.readInstant("passwordExpirationDate");
    UserHS user = new UserHS();
    user.setId(id);
    user.setAccountIds(accountIds);
    user.setName(name);
    user.setSurname(surname);
    user.setSalutation(salutation);
    user.setAge(age);
    user.setGender(gender);
    user.setAddresses(addresses);
    user.setNotes(notes);
    user.setCreationDate(creationDate);
    user.setPasswordExpirationDate(passwordExpirationDate);
    return user;
}

Example 10 with UserHS

use of org.infinispan.query.dsl.embedded.testdomain.hsearch.UserHS in project infinispan by infinispan.

the class EmbeddedQueryEngineTest method init.

@BeforeClass(alwaysRun = true)
protected void init() throws Exception {
    qe = new QueryEngine<>(cache(0).getAdvancedCache(), true);
    // create the test objects
    User user1 = new UserHS();
    user1.setId(1);
    user1.setName("John");
    user1.setSurname("Doe");
    user1.setGender(User.Gender.MALE);
    user1.setAge(22);
    user1.setAccountIds(new HashSet<>(Arrays.asList(1, 2)));
    user1.setNotes("Lorem ipsum dolor sit amet");
    Address address1 = new AddressHS();
    address1.setStreet("Main Street");
    address1.setPostCode("X1234");
    user1.setAddresses(Collections.singletonList(address1));
    User user2 = new UserHS();
    user2.setId(2);
    user2.setName("Spider");
    user2.setSurname("Man");
    user2.setGender(User.Gender.MALE);
    user2.setAge(44);
    user2.setAccountIds(Collections.singleton(3));
    Address address2 = new AddressHS();
    address2.setStreet("Old Street");
    address2.setPostCode("Y12");
    Address address3 = new AddressHS();
    address3.setStreet("Bond Street");
    address3.setPostCode("ZZ");
    user2.setAddresses(Arrays.asList(address2, address3));
    User user3 = new UserHS();
    user3.setId(3);
    user3.setName("Spider");
    user3.setSurname("Woman");
    user3.setGender(User.Gender.FEMALE);
    user3.setAccountIds(Collections.emptySet());
    Account account1 = new AccountHS();
    account1.setId(1);
    account1.setDescription("John Doe's first bank account");
    account1.setCreationDate(makeDate("2013-01-03"));
    Account account2 = new AccountHS();
    account2.setId(2);
    account2.setDescription("John Doe's second bank account");
    account2.setCreationDate(makeDate("2013-01-04"));
    Account account3 = new AccountHS();
    account3.setId(3);
    account3.setCreationDate(makeDate("2013-01-20"));
    Transaction transaction0 = new TransactionHS();
    transaction0.setId(0);
    transaction0.setDescription("Birthday present");
    transaction0.setAccountId(1);
    transaction0.setAmount(1800);
    transaction0.setDate(makeDate("2012-09-07"));
    transaction0.setDebit(false);
    transaction0.setValid(true);
    Transaction transaction1 = new TransactionHS();
    transaction1.setId(1);
    transaction1.setDescription("Feb. rent payment");
    transaction1.setAccountId(1);
    transaction1.setAmount(1500);
    transaction1.setDate(makeDate("2013-01-05"));
    transaction1.setDebit(true);
    transaction1.setValid(true);
    Transaction transaction2 = new TransactionHS();
    transaction2.setId(2);
    transaction2.setDescription("Starbucks");
    transaction2.setAccountId(1);
    transaction2.setAmount(23);
    transaction2.setDate(makeDate("2013-01-09"));
    transaction2.setDebit(true);
    transaction2.setValid(true);
    Transaction transaction3 = new TransactionHS();
    transaction3.setId(3);
    transaction3.setDescription("Hotel");
    transaction3.setAccountId(2);
    transaction3.setAmount(45);
    transaction3.setDate(makeDate("2013-02-27"));
    transaction3.setDebit(true);
    transaction3.setValid(true);
    Transaction transaction4 = new TransactionHS();
    transaction4.setId(4);
    transaction4.setDescription("Last january");
    transaction4.setAccountId(2);
    transaction4.setAmount(95);
    transaction4.setDate(makeDate("2013-01-31"));
    transaction4.setDebit(true);
    transaction4.setValid(true);
    Transaction transaction5 = new TransactionHS();
    transaction5.setId(5);
    transaction5.setDescription("Popcorn");
    transaction5.setAccountId(2);
    transaction5.setAmount(5);
    transaction5.setDate(makeDate("2013-01-01"));
    transaction5.setDebit(true);
    transaction5.setValid(true);
    // persist and index the test objects
    // we put all of them in the same cache for the sake of simplicity
    cache(0).put("user_" + user1.getId(), user1);
    cache(0).put("user_" + user2.getId(), user2);
    cache(0).put("user_" + user3.getId(), user3);
    cache(0).put("account_" + account1.getId(), account1);
    cache(0).put("account_" + account2.getId(), account2);
    cache(0).put("account_" + account3.getId(), account3);
    cache(0).put("transaction_" + transaction0.getId(), transaction0);
    cache(0).put("transaction_" + transaction1.getId(), transaction1);
    cache(0).put("transaction_" + transaction2.getId(), transaction2);
    cache(0).put("transaction_" + transaction3.getId(), transaction3);
    cache(0).put("transaction_" + transaction4.getId(), transaction4);
    cache(0).put("transaction_" + transaction5.getId(), transaction5);
    for (int i = 0; i < 50; i++) {
        Transaction transaction = new TransactionHS();
        transaction.setId(50 + i);
        transaction.setDescription("Expensive shoes " + i);
        transaction.setAccountId(2);
        transaction.setAmount(100 + i);
        transaction.setDate(makeDate("2013-08-20"));
        transaction.setDebit(true);
        transaction.setValid(true);
        cache(0).put("transaction_" + transaction.getId(), transaction);
    }
    // this value should be ignored gracefully
    cache(0).put("dummy", "a primitive value cannot be queried");
    cache(0).put("notIndexed1", new NotIndexed("testing 123"));
    cache(0).put("notIndexed2", new NotIndexed("xyz"));
    cache(0).put("entity1", new TheEntity("test value 1", new TheEntity.TheEmbeddedEntity("test embedded value 1")));
    cache(0).put("entity2", new TheEntity("test value 2", new TheEntity.TheEmbeddedEntity("test embedded value 2")));
    cache(0).put("book1", new Book("Java Performance: The Definitive Guide", "O'Reilly Media", new Author("Scott", "Oaks"), "Still, it turns out that every day, I think about GC performance, or the\n" + "performance of the JVM compiler, or how to get the best performance from Java Enterprise Edition APIs."));
    cache(0).put("book2", new Book("Functional Programming for Java Developers", "O'Reilly Media", new Author("Dean", "Wampler"), "Why should a Java developer learn about functional programming (FP)? After all, hasn’t\n" + "functional programming been safely hidden in academia for decades? Isn’t object-\n" + "oriented programming (OOP) all we really need?"));
    cache(0).put("book3", new Book("The Java ® Virtual Machine Specification Java SE 8 Edition", "Oracle", new Author("Tim", "Lindholm"), "The Java SE 8 Edition of The Java Virtual Machine Specification incorporates all the changes that have " + "been made to the Java Virtual Machine since the Java SE 7 Edition in 2011. In addition, numerous " + "corrections and clarifications have been made to align with popular implementations of the Java Virtual Machine."));
}