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There are three basic transaction modes in which SQL Server operates to begin transactions and commit data: autocommit, explicit, and implicit modes. In addition to these, there is a new transaction mode in SQL Server 2005 that is only applicable for multiple active result sets (MARS), called batch-scoped transaction mode. The default transaction mode for SQL Server 2005 is autocommit. Using API functions and T-SQL statements, a transaction can be started in one of the three basic modes. The transaction mode can be set to either autocommit or implicit for a SQL Server connection, or a transaction can be started explicitly through coding. Let s take a look at how each of these modes works and how to use them.

Using a List ..............................................................................................167 Options for Using a List .....................................................................168 Adding a List.....................................................................................168 Grouping and Sorting a List................................................................169 Working with Fields in a List ...............................................................170 Nesting Data Regions ........................................................................171 6 Quick Reference ........................................................................172

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In autocommit mode, the SQL Server default mode, each T-SQL statement (select, insert, update, delete, schema changes, and so on) is committed when it finishes or is rolled back when it fails. No explicit T-SQL statements or application code is necessary to control transactions with this mode. Each transaction consists of just one T-SQL statement. Autocommit mode is useful when you are executing statements by interactive command line, using the sqlcmd utility or Query Editor, because you do not have to explicitly start and end each transaction. Each statement is treated as its own transaction by SQL Server and is committed as soon as it is finished. Every connection to SQL Server uses autocommit mode until you start an explicit transaction by using BEGIN TRANSACTION or until you specify implicit mode. Once the explicit transaction is ended (with a commit or rollback) or implicit mode is turned off, SQL Server automatically returns to autocommit mode. Autocommit is also the default mode for ADO, OLE DB, ODBC, and DB-Library.

An explicit transaction is one in which you explicitly define both the start and the end of the transaction. Explicit mode is used most often in application programming, in stored procedures, and T-SQL scripts. When you are executing a group of statements to perform a task, you might need to determine at what points the transaction should start and end so that either the entire group of statements succeeds or the entire group s modifications are rolled back, such is the case when multiple tables with related data must be modified together in order for a particular business function to complete properly and to maintain consistent data between those tables. For example, a bank deposit transaction may require an update to the customer balance and an insert into a historical table that stores a record with information about the deposit, such as the time and place it occurred.

When you explicitly identify the beginning and the end of a transaction, you are using explicit mode, and the transaction is referred to as an explicit transaction. You specify an explicit transaction by using either T-SQL statements or API functions. This section explains only the T-SQL method, as the specific API functions are a more detailed developer topic and are beyond the scope of this book (For more information, see Inside Microsoft SQL Server 2005: T-SQL Programming, by Itzik Ben-gan, Dejan Sarka, and Roger Wolter, published by Microsoft Press.). It is very important that the application developer also understands the implications of starting and ending transactions within the application.

Figure 2.4 shows the memory usage when the code in listing 2.3 executes. Notice that the memory used does not grow in an uncontrolled way. Visual Basic is not immune to memory leaks; they just take a different form. Where Visual Basic has trouble is in the handling of circular references. A circular reference occurs whenever an instance of one class references an instance of another class that in turn references the original instance. Listing 2.4 is an example of a Visual Basic 6 circular reference leak.

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