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The second method to execute a script is with the source command. This command is referred to by entering a dot, followed by a space and the name of the script. For example, our script with the name hello can be started with . hello. The important difference with the source command is that no subshell is started and the script runs directly from the current shell. The result is that all variables that are defined when running the script are available after running the script as well. This can be both useful and confusing. The source method is often used to include another script in a generic script. In this other script, for example, some system variables are set. Listing 7-3 shows how this works in the script that starts networking: /etc/init.d/networking. As you can see in about the approximate middle of the listing, the command . /lib/lsb/init-functions is included to set some generic functions that should be used in this script. Listing 7-3. The Sourcing Method Is Used to Included Scripts Containing Variables in Many Startup Scripts. #!/bin/sh -e ### BEGIN INIT INFO # Provides: # Required-Start: # Required-Stop: # Default-Start: # Default-Stop: ### END INIT INFO

Dim row as DataRow = dt.Rows(2)

PATH="/usr/local/sbin:/usr/local/bin:/sbin:/bin:/usr/sbin:/usr/bin" [ -x /sbin/ifup ] || exit 0 . /lib/lsb/init-functions

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All database engines are supposed to provide built-in support for transactions. Transactions that are restricted to only a single resource or database are known as local transactions. Local transactions can be in one of the following four transaction modes: Autocommit Transactions Autocommit mode is the default transaction management mode of SQL Server. Every T-SQL statement is committed or rolled back when it is completed. If a statement completes successfully, it is committed; if it encounters any errors, it is bound to roll back. A SQL Server connection operates in autocommit mode whenever this default mode has not been overridden by any type transactions. Explicit Transactions Explicit transactions are those in which you explicitly control when the transaction begins and when it ends. Prior to SQL Server 2000, explicit transactions were also called user-defined or user-specified transactions. T-SQL scripts for this mode use the BEGIN TRANSACTION, COMMIT TRANSACTION, and ROLLBACK TRANSACTION statements. Explicit transaction mode lasts only for the duration of the transaction. When the transaction ends, the connection returns to the transaction mode it was in before the explicit transaction was started. Implicit Transactions When you connect to a database using SQL Server Management Studio Express and execute a DML query, the changes are automatically saved. This occurs because, by default, the connection is in autocommit transaction mode. If you want no changes to be committed unless you explicitly indicate so, you need to set the connection to implicit transaction mode. You can set the database connection to implicit transaction mode by using SET IMPLICIT _TRANSACTIONS ON|OFF. After implicit transaction mode has been set to ON for a connection, SQL Server automatically starts a transaction when it first executes any of the following statements: ALTER TABLE, CREATE, DELETE, DROP, FETCH, GRANT, INSERT, OPEN, REVOKE, SELECT, TRUNCATE TABLE, and UPDATE.

That s enough theory for now. It s time to do some coding and see how these objects work together in practice!

case "$1" in start) log_action_begin_msg "Configuring network interfaces" type usplash_write >/dev/null 2>/dev/null && usplash_write "TIMEOUT 120" || true if [ "$VERBOSE" != no ]; then if ifup -a; then networking The last and possibly the most frequently used method to run a script is to make it an executable first. Do this by adding the execute permission to your script, as in the following command: chmod +x hello

Dim ds as DataSet = new DataSet() Dim ds as DataSet = new DataSet("MyDataSet")

The transaction remains in effect until a COMMIT or ROLLBACK statement has been explicitly issued. This means that when, say, an UPDATE statement is issued on a particular record in a database, SQL Server will maintain a lock on the data scoped for data modification until either a COMMIT or ROLLBACK is issued. In case neither of these commands is issued, the transaction will be automatically rolled back when the user disconnects. This is why it is not a best practice to use implicit transaction mode on a highly concurrent database. Batch-Scoped Transactions A connection can be in batch-scoped transaction mode, if the transaction running in it is Multiple Active Result Sets (MARS) enabled. Basically MARS has an associated batch execution environment, as it allows ADO.NET to take advantage of SQL Server 2005 s capability of having multiple active commands on a single connection object. When MARS is enabled, you can have multiple interleaved batches executing at the same time, so all the changes made to the execution environment are scoped to the specific batch until the execution of the batch is complete. Once the execution of the batch completes, the execution settings are copied to the default environment. Thus a connection is said to be using batch-scoped transaction mode if it is running a transaction, has MARS enabled on it, and has multiple batches running at the same time. MARS allows executing multiple interleaved batches of commands. However, MARS does not let you have multiple transactions on the same connection; it only allows you to have Multiple Active Result Sets.

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