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Here, connection represents the Connection object, datum represents an object of type oracle.sql.Datum (an Oracle abstract class extended by oracle.sql.* objects such as oracle.sql.NUMBER), and sqlTypeCode represents the SQL typecode (from the standard java.sql.Types or oracle.sql.OracleTypes class) of the Datum object. The ORAData and ORADataFactory interfaces do the following: The toDatum() method of the ORAData class converts the data into an oracle.sql.* representation. The create() method of ORADataFactory creates and returns an ORAData instance. The JDBC driver uses this method to return an instance of the custom object class to your Java application. It takes as input an oracle.sql.Datum object and an integer indicating the corresponding SQL typecode as specified in the OracleTypes class. In the next section, we ll look at an example of using JPublisher to generate custom classes that implements the ORAData and ORADataFactory interfaces.

You can also remove all rows in a table using the TRUNCATE command, but you can t undo or roll back the TRUNCATE command s effects. You can undo a delete by using the ROLLBACK statement: SQL> ROLLBACK;

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The UPDATE statement changes the value (or values) of one or more columns of a row (or rows) in a table. The expression to which a column is being set or modified can be a constant, arithmetic, or string operation, or the product of a SELECT statement. The general structure of the UPDATE statement is as follows (note that the elements in square brackets are optional): UPDATE <table> SET <column i> = <expression i>, . . . , <column j> = <expression j> [WHERE <condition> ]; If you want to change or modify a column s values for all the rows in the table, you use an UPDATE statement without a WHERE condition: SQL> UPDATE persons SET salary=salary*0.10; If you want to modify only some rows, you need to use the WHERE clause in your UPDATE statement: SQL> UPDATE persons SET salary = salary * 0.10 WHERE review_grade > 5;

Using JPublisher, we will now generate custom classes for the address object type that implements the ORAData and ORADataFactory interfaces. The steps involved in creating and using a custom class called MyAddressORAData that implements the ORAData and ORADataFactory interfaces and represents the object type address are as follows: 1. Generate custom classes using JPublisher. In this step, we use JPublisher to generate a custom class that implements the ORAData and ORADataFactory interfaces. 2. Extend the generated classes to add functionality (if required). If you want to add to the functionality of the generated classes, extend the class and make any changes, since directly changing generated classes is error-prone. 3. Perform DMLs using the custom classes. Use the generated classes in your calling program to select, insert, update, or delete objects. Notice that unlike the SQLData case, we don t need to add a type map to the Connection object because of the way the generated classes work. The following sections explain these steps further.

The WHERE clause in a SELECT, INSERT, DELETE, or UPDATE statement lets you filter data. That is, you can restrict the number of rows on which you want to perform a SQL operation. Here s a simple example: SQL> INSERT INTO a SELECT * FROM b WHERE city='DALLAS';

Frequently, you ll have to sort the results of a query in some order. The ORDER BY clause enables you to sort the data based on the value of one or more columns. You can choose the sorting order (ascending or descending) and you can choose to sort by column aliases. You can also sort by multiple columns. Here s an example: SQL> SELECT employee_id, salary FROM employees ORDER BY salary;

Be default, an ORDER BY clause sorts in ascending order. If you want to sort in descending order, you need to specify the DESC keyword: SQL> SELECT employee_id, salary FROM employees ORDER BY salary desc;

We use the input file input_address_oradata.txt, which contains the following line: SQL ADDRESS GENERATE AddressORAData AS MyAddressORAData This line instructs JPublisher to generate a class, MyAddressORAData, that will extend the class AddressORAData.

You can sort results based on the values of more than one column. The following query sorts on the basis of two columns, salary and dept: SQL> SELECT employee_id, salary FROM employees ORDER BY salary, dept;

SQL provides you with a number of operators to perform various tasks, such as comparing column values and performing logical operations. The following sections outline the important SQL operators: comparison operators, logical operators, and set operators.

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