Examples of org.apache.torque.test.dbobject.Author

org.apache.torque.test.dbobject.Author
Author table The skeleton for this class was autogenerated by Torque on: [Wed Feb 27 08:39:08 CET 2013] You should add additional methods to this class to meet the application requirements. This class will only be generated as long as it does not already exist in the output directory.

     */
    public void testUpdate() throws Exception
    {
        cleanBookstore();


        Author otherAuthor = new Author();
        otherAuthor.setName("OtherName");
        otherAuthor.save();


        Author author = new Author();
        author.setName("Name");
        author.save();




        // Test doUpdate methods in Peer explicitly
        Connection connection = Transaction.begin(AuthorPeer.DATABASE_NAME);
        author.setName("NewName2");
        AuthorPeer.doUpdate(author);
        Transaction.commit(connection);


        Criteria criteria = new Criteria();
        criteria.addAscendingOrderByColumn(AuthorPeer.NAME);


        List<Author> authors = AuthorPeer.doSelect(criteria);
        assertEquals("List should contain 2 authors", 2, authors.size());
        assertEquals("First Author's name should be \"NewName2\"",
                "NewName2",
                authors.get(0).getName());
        assertEquals("Second Author's name should be \"OtherName\"",
                "OtherName",
                authors.get(1).getName());


        author.setName("NewName3");
        AuthorPeer.doUpdate(author);


        criteria = new Criteria();
        criteria.addAscendingOrderByColumn(AuthorPeer.NAME);

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    /**
     * tests the creation of beans from objects and vice versa
     */
    public void testCreateBeans() throws Exception
    {
        Author author = new Author();
        author.setName(AUTHOR_1_NAME);
        author.setAuthorId(AUTHOR_1_ID);


        AuthorBean authorBean = author.getBean();
        assertTrue("bean.getName() is " + authorBean.getName()
                + " should be " + author.getName(),
                author.getName().equals(authorBean.getName()));
        assertTrue("bean.getId() is " + authorBean.getAuthorId()
                + " should be " + AUTHOR_1_ID,
                author.getAuthorId() == authorBean.getAuthorId());


        Author authorFromBean = Author.createAuthor(authorBean);
        assertTrue("author from bean has name " + authorFromBean.getName()
                + " should be " + author.getName(),
                author.getName().equals(authorFromBean.getName()));
        assertTrue("author from bean has Id " + authorFromBean.getAuthorId()
                + " should be " + author.getAuthorId(),
                author.getAuthorId() == authorBean.getAuthorId());
    }

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     * tests whether it is possible to serialize/deserialize beans
     * @throws Exception
     */
    public void testSerializeBeans() throws Exception
    {
        Author author = new Author();
        author.setName(AUTHOR_1_NAME);
        author.setAuthorId(AUTHOR_1_ID);


        AuthorBean authorBean = author.getBean();


        // serialize the AuthorBean
        byte[] serializedAuthorBean;
        {
            ObjectOutputStream objectOutputStream = null;

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     * tests whether object relations are transferred correctly,
     * if two objects refer to each other
     */
    public void testSameObjectRelations() throws Exception
    {
        Author author = new Author();
        author.setAuthorId(AUTHOR_1_ID);


        Book book = new Book();
        book.setBookId(BOOK_1_ID);


        author.addBook(book);
        book.setAuthor(author);


        // check one roundtrip from author
        assertTrue("author from book should be the same object as author",
                author == book.getAuthor());


        AuthorBean authorBean = author.getBean();
        BookBean bookBean = authorBean.getBookBeans().get(0);
        assertTrue("authorBean from BookBean should be the same "
                + "object as authorBean",
                bookBean.getAuthorBean() == authorBean);


        author = Author.createAuthor(authorBean);
        book = author.getBooks().get(0);


        assertTrue("author from book should be the same object as author "
                + "after creating from bean",
                author == book.getAuthor());


        // check one roundtrip from book
        assertTrue("book from author should be the same object as book",
                book == author.getBooks().get(0));


        bookBean = book.getBean();
        authorBean = bookBean.getAuthorBean();
        assertTrue("bookBean from authorBean should be the same "
                + "object as bookBean",
                authorBean.getBookBeans().get(0) == bookBean);


        book = Book.createBook(bookBean);
        author = book.getAuthor();


        assertTrue("book from author should be the same object as book "
                + "after creating from bean",
                author.getBooks().get(0) == book);
    }

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        // create a relation chain:
        //
        //      getBooks()  getAuthor()          getBooks()
        //         |            |                    |
        // author ----> book -----> differentAuthor ---> differentBook
        Author author = new Author();
        author.setAuthorId(AUTHOR_1_ID);


        Book book = new Book();
        book.setBookId(BOOK_1_ID);


        Author differentAuthor = new Author();
        author.setAuthorId(AUTHOR_1_ID);


        author.addBook(book);
        book.setAuthor(differentAuthor);


        Book differentBook = new Book();
        book.setBookId(BOOK_1_ID);


        differentAuthor.addBook(differentBook);


        // check one roundtrip from author
        assertTrue("author from book should not be the same object as author",
                author != book.getAuthor());


        AuthorBean authorBean = author.getBean();
        BookBean bookBean = authorBean.getBookBeans().get(0);
        assertTrue("authorBean from BookBean should not be the same "
                + "object as authorBean",
                bookBean.getAuthorBean() != authorBean);


        author = Author.createAuthor(authorBean);
        book = author.getBooks().get(0);


        assertTrue("author from book should not be the same object as author "
                + "after creating from bean",
                author != book.getAuthor());


        // check one roundtrip from book
        assertTrue("book from differentAuthor should not be "
                + "the same object as book",
                book != differentAuthor.getBooks().get(0));


        bookBean = book.getBean();
        AuthorBean differentAuthorBean = bookBean.getAuthorBean();
        assertTrue("bookBean from differentAuthorBean should not be the same "
                + "object as bookBean",
                differentAuthorBean.getBookBeans().get(0) != bookBean);


        book = Book.createBook(bookBean);
        differentAuthor = book.getAuthor();


        assertTrue("book from differentAuthor should not be "
                + "the same object as book "
                + "after creating from bean",
                differentAuthor.getBooks().get(0) != book);
    }

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        criteria = new Criteria();
        criteria.where(AuthorPeer.AUTHOR_ID, (Long) null, Criteria.NOT_EQUAL);
        AuthorPeer.doDelete(criteria);


        Author author = new Author();
        author.setName(AUTHOR_1_NAME);
        author.save();


        assertFalse("isModified() should return false after save",
                author.isModified());
        assertFalse("isNew() should return false after save",
                author.isNew());


        AuthorBean authorBean = author.getBean();


        assertFalse("bean.isModified() should return false after save "
                + "and bean creation",
                authorBean.isModified());
        assertFalse("bean.isNew() should return false after save "
                + "and bean creation",
                authorBean.isNew());


        author = Author.createAuthor(authorBean);


        assertFalse("isModified() should return false after save "
                + "and bean roundtrip",
                author.isModified());
        assertFalse("isNew() should return false after save "
                + "and bean rounddtrip",
                author.isNew());


        authorBean.setName(AUTHOR_2_NAME);
        assertTrue("bean.isModified() should return true after it was modified",
                authorBean.isModified());
        assertFalse("bean.isNew() should still return false "
                + "after bean creation and modification",
                authorBean.isNew());


        author = Author.createAuthor(authorBean);
        assertTrue("isModified() should return true after creation of object "
                + "from modified bean",
                author.isModified());


        author.save();


        List<Author> authorList = AuthorPeer.doSelect(new Criteria());
        Author readAuthor = authorList.get(0);
        assertEquals("name from read Author is " + readAuthor.getName()
                +" but should be " + authorBean.getName(),
                readAuthor.getName(),
                authorBean.getName());


        BookBean bookBean = new BookBean();
        bookBean.setTitle(BOOK_1_TITLE);
        bookBean.setIsbn(BOOK_1_ISBN);

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     * @throws Exception if the test fails
     */
    public void testRetrieveByPk() throws Exception
    {
        ObjectKey primaryKey = authorList.get(1).getPrimaryKey();
        Author author = AuthorPeer.retrieveByPK(primaryKey);
        assertEquals("Expected author with Id "
                + authorList.get(1).getAuthorId()
                + " at first position but got "
                + author.getAuthorId(),
                authorList.get(1).getAuthorId(),
                author.getAuthorId());
    }

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    protected List<Author> insertBookstoreData() throws TorqueException
    {
        List<Author> result = new ArrayList<Author>();
        for (int i = 1; i <= 10; i++)
        {
            Author author = new Author();
            author.setName("Author " + i);
            author.save();
            result.add(author);
            assertTrue("authorId should not be 0 after insert",
                    author.getAuthorId() != 0);


            for (int j = 1; j <= 10; j++)
            {
                Book book = new Book();
                author.addBook(book);
                book.setTitle("Book " + j + " - Author " + i);
                if (j < 10)
                {
                    book.setIsbn("ISBN " + j + " - " + i);
                }

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        List<Author> result = AuthorPeer.doSelect(criteria);
        assertEquals("Expected result of size 1 but got " + result.size(),
                1,
                result.size());
        Author author = result.get(0);
        assertEquals("Expected author with Id "
                + authorList.get(0).getAuthorId()
                + " at first position but got "
                + author.getAuthorId(),
                authorList.get(0).getAuthorId(),
                author.getAuthorId());
    }

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        List<Author> result = AuthorPeer.doSelect(criteria);
        assertEquals("Expected result of size 1 but got " + result.size(),
                1,
                result.size());
        Author author = result.get(0);
        assertEquals("Expected author with Id "
                + authorList.get(0).getAuthorId()
                + " at first position but got "
                + author.getAuthorId(),
                authorList.get(0).getAuthorId(),
                author.getAuthorId());
    }

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