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When .NET Framework 1.0 was introduced, it brought with it the first native database provider (SQL Server). Later, new database providers started to show up for databases such as Oracle, DB2, and MySQL. While these native providers allow for better performance and the utilization of provider-specific features, they don t support database-independent code. Some readers might suggest simply using OLEDB or ODBC, which provide the ability to write application code that is relatively database-independent. However, OLEDB and ODBC generally do not perform as well as native providers do. Most databases have the same kind of functionality to select and manipulate data. Typically, almost all databases use some flavor of ANSI SQL to accomplish these tasks. This gives the developer the ability to create data access layers that can perform most of the necessary

Now that you have seen a particular FSM implementation, you might wonder how to program any FSM you like. I ll explain that after the skeleton code in Listing 3-4. Listing 3-4. General Structure to Implement an FSM task main() { //Initialization of hardware and state variables //main exits, leaving space in scheduler for other tasks } //sensor monitoring tasks task SensorMonitor() { Follows(main); //tells the NXT to execute this task after the main has exited while(true) { //read sensors //modify global variables to make state transitions } } task FSM() { Follows(main); //tells the NXT to execute this task after the main has exited while(true) { switch ( state ) { case STATE_ONE: //actions to be performed in this state //the state transition is made //assigning a new value to the state variable state = ANOTHER_STATE; break; case STATE_TWO: [...] break; case STATE_THREE: [...]

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functions of manipulating or selecting data from a database, without needing to change the SQL command statements, for the most part. In .NET Framework 1.0 and 1.1, ADO.NET provided the following interfaces to help facilitate creating database provider-independent application code: IDbConnection: Represents the necessary members for connecting to a relational database from the .NET Framework. IDbCommand: Specifies the necessary members for accessing data from a relational database from the .NET Framework. IDbDataAdapter: Specifies the properties for specifying the IDbCommand objects for performing select, insert, update, and delete functions to and from a DataSet or DataTable. IDbDataParameter: Represents the necessary members for specifying parameters that can be used with retrieving, saving, and deleting data from a relational database. IDbDataParameterCollection: Represents the members required to support a collection of IDbParameter objects. IDataReader: Represents the members required to read records from a database in a read-only forward fashion. IDataRecord: Provides the necessary members for retrieving the specific column values from a row of data. IDbTransaction: Specifies the necessary members to support and manage a database transaction while performing read, save, and delete operations. In most organizations requiring database provider-independent code, the application developer would create some sort of static method that would implement a factory pattern. This method would typically look into some configuration file to determine which database provider implementation to instantiate and return to the application. An example of this kind of method is shown in Listing 6-4. Listing 6-4. Using a Software Factory to Determine Database Connection Type public static IDbConnection GetConnectionImplementation() { string prov = ConfigurationManager.AppSettings["dbProvider"]; IDbConnection conn = null; switch (prov) { case "sqlserver": conn = new SqlConnection(); break; case "oracle": conn = new OracleConnection(); break; default:

import net.frog_parrot.util.DataConverter; /** * This class contacts a remote server in order to * downolad data for new game boards and stores * them locally. * * @author Carol Hamer */ public class BoardReader extends Thread { //-------------------------------------------------------// fields /** * This is the name of the local datastore on the CLDC device. */ public static final String LOCAL_DATASTORE = "BoardData"; /** * This is the URL to contact. * IMPORTANT: change the domain name in the following URL * from "frog-parrot.net" to the domain name of the * server that the corresponding servlet is running on!!!! * (The "/games/DungeonDownload" part of the URL * may also need to be changed, depending on how servlet * URLs are configured on the web server.) */ public static final String SERVER_URL = "http://frog-parrot.net:8080/games/DungeonDownload"; /** * This is the size of the byte array containing * all the info for one board.

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