//*********************************************************************
//
//                 Copyright (c) 2004-2008 by Teradata Corporation
//                         All Rights Reserved
//
//*********************************************************************
//
//  File:       T20202JD.java
//  Header:     none
//  Purpose:    Demonstrate insertion of LOB values without using
//              parameter markers.
//              The program will:
//                -  Connect as user guest/please
//                -  Perform an insertion into the table
//                -  Disconnect.
//
//  JDBC API: java.sql.Connection,
//            java.sql.Statement, java.sql.Statement.executeUpdate
//
//  Version: Updated for Teradata V2R6
//
//*********************************************************************

import java.sql.*;

public class T20202JD
{
    // Name of the user able to create, drop, and manipulate tables
    public static String sUser = "guest";
    public static String sPassword = "please";

    public static void main(String args[])
    throws ClassNotFoundException
    {
        // Creation of URL to be passed to the JDBC driver
        String url = "jdbc:teradata://whomooz/TMODE=ANSI,CHARSET=UTF8";

        // String representing a SQL INSERT statement with LOB parameters.
        // Please note that there are two ways of inserting LOB values:
        // using binary/character input streams and using SQL binary/character
        // literals. Please refer to the Teradata SQL manual for the complete
        // description of SQL literals.
        // For the CLOB value, a character string will be used. For the BLOB
        // value, a hexadecimal literal will be used, representing binary data.
        // Once the BLOB/CLOB values are in the correct format, the statement
        // is executed using the Statement.executeUpdate method.
        // Please note that the empRawPhotoData is set in this case to
        // denote the insertion of BLOB data using hexadecimal literals.
        String sInsert = "INSERT INTO employee2 VALUES (100001, 'Mike Smith',"
            + " 'Product Development', 'QA engineer responsible for planning,"
            + " developing and maintaining frameworks for test automation',"
            + " 'Resume of Mike Smith.',"
            + " '800FA01004480000D8FFE00FDB0040104A464946000101104A46FFDB'XB, 1)";

        try
        {
            System.out.println("\n Sample T20202JD: \n");
            System.out.println(" Looking for the Teradata JDBC driver... ");
            // Loading the Teradata JDBC driver
            Class.forName("com.teradata.jdbc.TeraDriver");
            System.out.println(" JDBC driver loaded. \n");

            // Attempting to connect to Teradata
            System.out.println(
                  " Attempting to connect to Teradata via JDBC driver...");

            // Creating a connection object
            Connection con = DriverManager.getConnection(url, sUser, sPassword);
            System.out.println(" User " + sUser + " connected.");
            System.out.println(" Connection to Teradata established. \n");

            try
            {
                // Creating a statement object from an active connection
                Statement stmt = con.createStatement();
                System.out.println(" Statement object created. \n");

                // Perform an insertion into the table
                try
                {
                    int RowCount;     // Return value for row count

                    // The following code will perform an INSERT into the table
                    // and display the update count.
                    System.out.println(" Attempting an insertion:\n " + sInsert);
                    RowCount = stmt.executeUpdate(sInsert);
                    System.out.println(" Insertion completed successfully: "
                                           + RowCount + " row(s) inserted.\n");
                }
                finally
                {
                    // Close the statement
                    stmt.close();
                    System.out.println(" Statement object closed. \n");
                }
            }
            finally
            {
                // Close the connection
                System.out.println(" Closing connection to Teradata...");
                con.close();
                System.out.println(" Connection to Teradata closed. \n");
            }

            System.out.println(" Sample T20202JD finished. \n");
        }
        catch (SQLException ex)
        {
            // A SQLException was generated.  Catch it and display
            // the error information.
            // Note that there could be multiple error objects chained
            // together.
            System.out.println();
            System.out.println("*** SQLException caught ***");

            while (ex != null)
            {
                System.out.println(" Error code: " + ex.getErrorCode());
                System.out.println(" SQL State: " + ex.getSQLState());
                System.out.println(" Message: " + ex.getMessage());
                ex.printStackTrace();
                System.out.println();
                ex = ex.getNextException();
            }

            throw new IllegalStateException ("Sample failed.") ;
        }
    } // End main
} // End class T20202JD