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The first attribute would be a String object (since the database type varchar2 maps to a String object in Java, by default) that contains the value in the name attribute of the person object The second attribute would be a javasqlTimestamp object (since the database type date, by default, maps to a javasqlTimestamp object in Java) that contains the value in the date_of_birth attribute of the person object Note that you may need to cast each of these attributes manually into an object of the appropriate data type in Java For example, while manipulating the second element of the Object[] structure in the previous example (corresponding to the date_of_birth attribute), you may need to cast the second array element to the interface javasqlTimestamp type in order to access any methods specific to the interface javasqlTimestamp.

Figure 9-7. An aerial map of the location from Figure 9-2

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Weakly typed Struct objects are useful in the following scenarios: If your program needs to work with an arbitrary object type in a generic fashion without really needing to materialize it as a custom class object This may be true, for example, if you are building a utility that needs to deal with an object of an arbitrary object type in a generic fashion as a collection of attributes If your end user application doesn t need to do a lot of manipulation of objects in memory If you need to do a lot of manipulation in memory, then it is much more intuitive to use strongly typed objects, where a custom class that has appropriate getter and setter methods for the object attributes represents the database object type Oracle implements the Struct interface as an object of type oraclesql.

STRUCT class which, in a typical fashion, implements the standard methods in the Struct interface and also adds Oracle extension methods We briefly discuss the Struct interface and its Oracle implementation class, oraclesqlSTRUCT, in the next two sections..

You can programmatically pan the map to a specific location as specified by longitude and latitude or relative panning by using X and Y pixels. Let s first look at how you can use the VE API to map a specific location. You can use the PanToLatLong method of the VEMap control to pan the map to a specified latitude and longitude. This information is passed in via a VELatLong object as you saw in the earlier example in this chapter. You cannot set the zoom level with this method, so you will be panning across the current zoom level. Consider the following <script> block:

The Struct interface is the standard JDBC interface that defines the mapping in Java for a SQL structured type (Oracle object types in this chapter). A Struct object contains a value for each attribute of the SQL structured type that it represents. You can use the Struct interface as the container for your objects if you want to stick to standard JDBC. The Struct interface has the three methods whose signatures follow: public Object[] getAttributes(Map map) throws SQLException; This method retrieves the values of the attributes, using entries in the specified type map associated with the Connection object to determine the Java classes to use in materializing any attribute that is a structured object type. The type map refers to a mapping between a database type and the Java class to which it is mapped. If there is no entry in the connection s type map that matches the structured type that this Struct object represents, the driver uses the standard mapping as defined in Table A-1 of the Appendix. The Java types for other attribute values would be the same as for a getObject() call on data of the underlying SQL type (the default JDBC types). You will learn more about using type maps in the next chapter.

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).

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