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Note that the JDBC driver seamlessly handles embedded objects in the same way that it normally handles objects. When the JDBC driver retrieves an attribute that is an object, it follows the same rules of conversion, using the type map if it is available, and using default mapping if it is not. public Object[] getAttributes() throws SQLException; This method is the same as the preceding getAttributes(map) method, except it uses the default type map provided by the driver. public String getSQLTypeName() throws SQLException; This method returns a Java String that represents the fully qualified name (schema.sql_type_name) of the Oracle object type this Struct represents. The Struct interface does not expose any methods to instantiate Struct objects in our Java program to insert or update objects in the database. Hence, for inserting or updating data, we have to use the extended Oracle functionality exposed by the class oracle.sql.STRUCT (unless we use relational DML, which is always a possibility).

PL/SQL (Oracle s procedural extension of the SQL language) doesn t support session-control statements.

Common session-control statements include the ALTER SESSION and SET ROLE commands. Here s an example of the use of the ALTER SESSION statement, wherein the ALTER SESSION command is used to set the data format for the duration of the session: SQL> ALTER SESSION SET NLS_DATE_FORMAT = 'MM-DD-YYYY HH:MI:SS'; Session altered. SQL>

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The oracle.sql.STRUCT class implements the Struct interface and provides extended functionality beyond the JDBC 3.0 standard. Unlike the Struct interface, which can be used only to query data, the Oracle extension oracle.sql.STRUCT class can also be used to insert or update data. The following are the signatures of some of the common methods defined in the oracle.sql.STRUCT class: public oracle.sql.Datum[] getOracleAttributes() throws SQLException; This method retrieves the values of the values array as oracle.sql.* objects. The interface oracle.sql.Datum is implemented by classes in the oracle.sql package. An oracle.sql.Datum object represents a data type in Oracle s native format (e.g., oracle.sql.NUMBER). public oracle.sql.StructDescriptor getDescriptor() throws SQLException; This method returns the oracle.sql.StructDescriptor object for the SQL type that corresponds to this oracle.sql.STRUCT object. An oracle.sql.StructDescriptor object represents the details of a database object type. It is used in instantiating an oracle.sql.STRUCT object, as you will see shortly. We will examine how to use some of the extension methods of this class in the upcoming sections. In the next section, we will discuss how to use the Struct interface to select data, and how to use the oracle.sql.STRUCT class to insert and update data in tables containing object columns. Deleting data from such tables uses straightforward relational SQL.

Embedded SQL statements are data definition language, data manipulation language (DML), and transaction-control statements (such as OPEN, CLOSE, FETCH, and EXECUTE) used in a procedural language program, such as the statements used with the Oracle precompilers.

The data manipulation language statements are statements that either query (retrieve) or manipulate (change) data in a table. For the most part, DML statements modify the data in the schema objects. In most online transaction processing (OLTP) systems, the bulk of Oracle s work consists of accepting requests from users that contain DML statements and returning the results of those statements. You ll deal with four important DML statements most of the time: SELECT, INSERT, UPDATE, and DELETE. Note that in addition to these four common DML statements, there are others that facilitate the execution of the four basic DML statements. For example, the MERGE statement deals with conditional inserts and deletes, and you use the LOCK TABLE statement to modify the default Oracle locking mechanism.

SELECT statements are queries that retrieve data from a table or a set of tables (or views). Oracle provides set operators, such as UNION, MINUS, and INTERSECT, that enable you to combine the results of several queries to get one final result set of data. You can use the ORDER BY command to sort the results provided by Oracle; otherwise, the results will not be in any particular order. When you need data from several tables, you need to join the tables in your SELECT statements. You can limit the result set when you join tables by providing a join condition. You can also use subqueries as part of the main or top query. A subquery in the WHERE clause of a SELECT statement is called a nested subquery. A subquery that is part of the FROM clause of a SELECT statement is called an inline view. The Appendix provides examples of subqueries, nested subqueries, and inline views.

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