Package com.rapleaf.jack.test_project.database_1.iface

Examples of com.rapleaf.jack.test_project.database_1.iface.IUserPersistence.query()

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    // An empty query should return an empty list.
    orderedResult1 = users.query().findWithOrder();
    assertTrue(orderedResult1.isEmpty());

    // A query with no results should return an empty list.
    orderedResult1 = users.query().numPosts(3).bio("CEO").order().findWithOrder();
    assertTrue(orderedResult1.isEmpty());

    // A simple query with single result should return a list with one element.
    orderedResult1 = users.query().bio("Analyst").order().findWithOrder();
    assertEquals(1, orderedResult1.size());
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    // A query with no results should return an empty list.
    orderedResult1 = users.query().numPosts(3).bio("CEO").order().findWithOrder();
    assertTrue(orderedResult1.isEmpty());

    // A simple query with single result should return a list with one element.
    orderedResult1 = users.query().bio("Analyst").order().findWithOrder();
    assertEquals(1, orderedResult1.size());
    assertTrue(orderedResult1.contains(userC));

    // A chained query with single result should return a list with one element.
    orderedResult1 = users.query().handle("A").bio("CEO").numPosts(1).order().findWithOrder();
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    orderedResult1 = users.query().bio("Analyst").order().findWithOrder();
    assertEquals(1, orderedResult1.size());
    assertTrue(orderedResult1.contains(userC));

    // A chained query with single result should return a list with one element.
    orderedResult1 = users.query().handle("A").bio("CEO").numPosts(1).order().findWithOrder();
    assertEquals(1, orderedResult1.size());
    assertTrue(orderedResult1.contains(userA));

    // A chained query ordered by default should be ordered by id in an ascending manner.
    // expected result: [userC, userD, userE]
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    assertEquals(1, orderedResult1.size());
    assertTrue(orderedResult1.contains(userA));

    // A chained query ordered by default should be ordered by id in an ascending manner.
    // expected result: [userC, userD, userE]
    orderedResult1 = users.query().numPosts(3).order().findWithOrder();
    orderedResult2 = users.query().numPosts(3).orderById(ASC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(0, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userD));
    assertEquals(2, orderedResult1.indexOf(userE));
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    assertTrue(orderedResult1.contains(userA));

    // A chained query ordered by default should be ordered by id in an ascending manner.
    // expected result: [userC, userD, userE]
    orderedResult1 = users.query().numPosts(3).order().findWithOrder();
    orderedResult2 = users.query().numPosts(3).orderById(ASC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(0, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userD));
    assertEquals(2, orderedResult1.indexOf(userE));
    assertTrue(orderedResult1.equals(orderedResult2));
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    assertEquals(2, orderedResult1.indexOf(userE));
    assertTrue(orderedResult1.equals(orderedResult2));

    // A chained query ordered by default in a descending manner should be ordered by id in an descending manner.
    // expected result: [userE, userD, userC]
    orderedResult1 = users.query().numPosts(3).order(DESC).findWithOrder();
    orderedResult2 = users.query().numPosts(3).orderById(DESC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(2, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userD));
    assertEquals(0, orderedResult1.indexOf(userE));
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    assertTrue(orderedResult1.equals(orderedResult2));

    // A chained query ordered by default in a descending manner should be ordered by id in an descending manner.
    // expected result: [userE, userD, userC]
    orderedResult1 = users.query().numPosts(3).order(DESC).findWithOrder();
    orderedResult2 = users.query().numPosts(3).orderById(DESC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(2, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userD));
    assertEquals(0, orderedResult1.indexOf(userE));
    assertTrue(orderedResult1.equals(orderedResult2));
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    assertEquals(0, orderedResult1.indexOf(userE));
    assertTrue(orderedResult1.equals(orderedResult2));

    // A chained query with multiple results ordered by a specific field by default should be ordered in an ascending manner.
    // expected result: [userC, userE, userD]
    orderedResult1 = users.query().numPosts(3).orderByBio().findWithOrder();
    orderedResult2 = users.query().numPosts(3).orderByBio(ASC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(0, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userE));
    assertEquals(2, orderedResult1.indexOf(userD));
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    assertTrue(orderedResult1.equals(orderedResult2));

    // A chained query with multiple results ordered by a specific field by default should be ordered in an ascending manner.
    // expected result: [userC, userE, userD]
    orderedResult1 = users.query().numPosts(3).orderByBio().findWithOrder();
    orderedResult2 = users.query().numPosts(3).orderByBio(ASC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(0, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userE));
    assertEquals(2, orderedResult1.indexOf(userD));
    assertTrue(orderedResult1.equals(orderedResult2));
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    assertEquals(2, orderedResult1.indexOf(userD));
    assertTrue(orderedResult1.equals(orderedResult2));

    // A chained query ordered by a specified field in a descending manner should be ordered accordingly.
    // expected result: [userD, userE, userC]
    orderedResult1 = users.query().numPosts(3).orderByBio(DESC).findWithOrder();
    assertEquals(3, orderedResult1.size());
    assertEquals(2, orderedResult1.indexOf(userC));
    assertEquals(1, orderedResult1.indexOf(userE));
    assertEquals(0, orderedResult1.indexOf(userD));
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