Examples of org.apache.torque.test.Book

org.apache.torque.test.Book

            assertTrue("authorId should not be 0 after insert",
                    author.getAuthorId() != 0);


            for (int j = 1; j <= 10; j++)
            {
                Book book = new Book();
                book.setAuthor(author);
                book.setTitle("Book " + j + " - Author " + i);
                book.setIsbn("unknown");
                book.save();
            }
        }
        // clean booleancheck table (because insert uses fixed keys)
        Criteria criteria = new Criteria();
        criteria.add(BooleanCheckPeer.TEST_KEY, (Object) null, Criteria.NOT_EQUAL);

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


        Book book = new Book();
        book.setTitle("title");
        book.setAuthor(author);
        book.setIsbn("ISBN");
        book.save();


        // delete without matching data
        Criteria criteria = new Criteria();
        criteria.add(
                AuthorPeer.AUTHOR_ID,

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        // insert test data
        Author author = new Author();
        author.setName("Author with one book");
        author.save();
        Book book = new Book();
        book.setAuthor(author);
        book.setTitle("Book 1");
        book.setIsbn("unknown");
        book.save();


        author = new Author();
        author.setName("Author without book");
        author.save();


        author = new Author();
        author.setName("Author with three books");
        author.save();
        for (int bookNr = 2; bookNr <=4; bookNr++)
        {
            book = new Book();
            book.setAuthor(author);
            book.setTitle("Book " + bookNr);
            book.setIsbn("unknown");
            book.save();
        }


        // test left join
        Criteria criteria = new Criteria();
        criteria.addJoin(AuthorPeer.AUTHOR_ID, BookPeer.AUTHOR_ID,

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        Criteria criteria = new Criteria();
        criteria.addAscendingOrderByColumn(BookPeer.TITLE);
        List books = MyBookPeer.doSelectJoinAuthor(criteria);
        assertTrue("books should contain 4 books but contains "
                + books.size(), books.size() == 4);
        Book bookTwo = (Book) books.get(1);
        Book bookThree = (Book) books.get(2);
        assertTrue ("the authors of BookTwo and BookThree"
                + " should point to the same instance",
                bookTwo.getAuthor() == bookThree.getAuthor());
    }

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


        author = Author.createAuthor(authorBean);
        book = (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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        //         |            |                    |
        // 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

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


        Book book = Book.createBook(bookBean);
        assertTrue("isModified() should return true after creation of object "
                + " from new bean",
                book.isModified());
        assertTrue("isNew() should return true after creation of object "
                + " from new bean",
                book.isNew());
        book.setAuthor(author);
        book.save();


        List bookList = BookPeer.doSelect(new Criteria());
        assertTrue("Ther should be one book in DB but there are "
                + bookList.size(),
                bookList.size() == 1);

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        // insert test data
        Author firstAuthor = new Author();
        firstAuthor.setName("Author 1");
        firstAuthor.save();
        Book book = new Book();
        book.setAuthor(firstAuthor);
        book.setTitle("Book 1");
        book.setIsbn("unknown");
        book.save();


        Author secondAuthor = new Author();
        secondAuthor.setName("Author 2");
        secondAuthor.save();
        for (int bookNr = 2; bookNr <=4; bookNr++)
        {
            book = new Book();
            book.setAuthor(secondAuthor);
            book.setTitle("Book " + bookNr);
            book.setIsbn("unknown");
            book.save();
        }


        // test simple ascending order by
        Criteria criteria = new Criteria();
        criteria.addAscendingOrderByColumn(BookPeer.TITLE);

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


        Book book = new Book();
        book.setTitle("Name");
        book.setAuthor(author);
        book.setIsbn("unknown");
        book.save();


        Criteria criteria = new Criteria();
        criteria.addJoin(BookPeer.TITLE, AuthorPeer.NAME);
        BookPeer.addSelectColumns(criteria);
        AuthorPeer.addSelectColumns(criteria);
        // basically a BaseBookPeer.setDbName(criteria);
        // and BasePeer.doSelect(criteria);
        List villageRecords = BookPeer.doSelectVillageRecords(criteria);
        Record record = (Record) villageRecords.get(0);
        book = new Book();
        BookPeer.populateObject(record, 1, book);
        author = new Author();
        AuthorPeer.populateObject(record, BookPeer.numColumns + 1, author);


        if (book.getAuthorId() == author.getAuthorId()) {
            fail("wrong Ids read");
        }
    }

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        author.setName("Author to be copied");
        author.save();


        for (int j = 1; j <= 10; j++)
        {
            Book book = new Book();
            book.setAuthor(author);
            book.setTitle("Book " + j + " - " + author.getName());
            book.setIsbn("unknown");
            book.save();
        }
        assertTrue("Number of books before copy should be 10, was "
                + author.getBooks().size(),
                author.getBooks().size() == 10);
        Author authorCopy = author.copy();

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