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As you saw in the previous sections, creating external tables correctly and choosing the appropriate access parameters can be a tedious task. Fortunately, there is an easier way to do all this: you can have SQL*Loader generate the entire DDL for creating the external tables and all the SQL statements to load the tables directly. The SQL*Loader command-line parameter EXTERNAL_TABLE will allow you to generate the DDL for creating all your external tables. The default value for the EXTERNAL_TABLE parameter is NOT_USED, which means SQL*Loader will perform a normal data load in using either conventional or direct-path loading. When you use this parameter with the value GENERATE_ONLY, the SQL*Loader utility does not load any data; rather, SQL*Loader generates all SQL statements necessary to load the external tables described in the control file and places these statements in the SQL*Loader log file. If you use the EXTERNAL_TABLE parameter with the EXECUTE option, SQL*Loader will try to execute the SQL statements to create the external tables and perform the load. The EXTERNAL_TABLE=GENERATE_ONLY option outputs the following information in the SQL*Loader log file: A CREATE DIRECTORY statement A complete CREATE TABLE statement for the external table, with all necessary access parameters All INSERT statements needed for loading the internal tables The DELETE statements for the directory and the external table Let s look at an example that illustrates how to generate the external table creation statements with the help of the SQL*Loader utility. In this example, the internal table name is test_emp. This table must already exist, or you must create it before you can use SQL*Loader. The SQL*Loadergenerated external table name is sys_sqlldr_x_ext_test_emp. The control file for SQL*Loader is called test.ctl, and it looks like this:

A signal whose binding is determined at compile time is said to be statically bound. This type of signal can t be wired at run time, as described earlier, and must be diagrammed differently from the signals described up to this point. You can use statically bound signals in two ways: to invoke a target method directly, or to invoke a target method through an interface. I ll discuss each case separately.

LOAD DATA INFILE * INTO TABLE test_emp FIELDS TERMINATED BY ',' OPTIONALLY ENCLOSED BY '"' (employee_id,first_name,last_name,hire_date,salary,manager_id) BEGINDATA 12345,"sam","alapati",sysdate,50000,99999 23456,"mark","potts",sysdate,50000,99999 Invoke the SQL*Loader utility with testctl as your control file Note that you re generating only the CREATE TABLE and INSERT statements; you aren t actually loading the tables $ sqlldr USERID=system/sammyy1 CONTROL=testctl \ EXTERNAL_TABLE=GENERATE_ONLY SQL*Loader: Release 102000 - Beta on Sun Mar 6 13:49:39 2009 Copyright (c) 1982, 2008, Oracle All rights reserved oracle@hp50netbsaorg [/u01/app/oracle/dba] $ Since no directory was specified for the log file, it will be created in the same directory where you ran SQL*Loader The log file for the preceding run, testlog, will have all the information in it, including the external directory and table creation statements, and the actual INSERT statements to load the data into those tables.

You can create the external table and then load the data directly using SQL without needing to use the SQL*Loader utility again Listing 13-7 shows the log file generated using the EXTERNAL_TABLE=GENERATE_ONLY parameter Listing 13-7 Using SQL*Loader to Generate the External Table Creation Statements SQL*Loader: Release 102000 - Beta on Sun Mar 9 13:49:39 2008 Copyright (c) 1982, 2008, Oracle All rights reserved Control File: testctl Data File: testctl Bad File: testbad Discard File: none specified (Allow all discards) Number to load: ALL Number to skip: 0 Errors allowed: 50 Continuation: none specified Path used: External Table Table TEST_EMP, loaded from every logical record.

Consider an object that loads a dynamic library called Graphics3D.dll, which contains methods for 3-D drawing and texturing. As a first example, let s assume the library exposes methods, as opposed to classes or interfaces. Let the methods be named Initialize, RenderTexture, and ShutDown. Listing 7-1 shows how a C# class called GraphicsSurface might invoke the Graphics3D methods. Listing 7-1. A C# Class Calling Methods Contained in a Library using System; using System.Runtime.InteropServices; namespace GraphicsRendering { public class GraphicsSurface { [DllImport("Graphics3D.dll")] public static extern void Initialize(); [DllImport("Graphics3D.dll")] public static extern void RenderTexture(); [DllImport("Graphics3D.dll")] public static extern void ShutDown(); public void AddTexture() { Initialize(); RenderTexture(); ShutDown(); } } } Figure 7-30 shows the system s wiring diagram.