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STOPAT Allows you to recover to a specific point in time from the transaction log backup. STOPATMARK recovers to the first instance of a marked transaction and includes the updates made within this transaction. Designating STOPATMARK = 'mark_name' AFTER datetime recovers to the first instance of the marked transaction on or after the specified datetime. STOPBEFOREMARK restores the database up to the first instance of the marked transaction, excluding any activity within this transaction. STOPBEFOREMARK AFTER datetime will restore the database up to the first instance of the marked transaction, on or after the specified datetime, excluding this transaction. NOUNLOAD does not eject the tape after the restore. UNLOAD ejects the tape at the end of the restore.

Once you have created the shared library file, you must use the gcj-dbtool command to add it to the database that maps jar files to shared libraries. To determine the default database used by gcj on your system, you use the gcj-dbtool command s p option, as in the following example: $ gcj-dbtool p

STOPBEFOREMARK = { 'mark_name' | 'lsn:lsn_number' }[ AFTER datetime ]

/usr/lib64/gcj-4.2/classmap.db You must be root to add entries to the global database, which you do using a command such as the following: $ gcj-dbtool -a /usr/lib64/gcj-4.2/classmap.db fib.jar fib.jar.so You can then access this jar file as a shared library from anywhere on your system. If it contains a main routine, you can also execute it directly.

The first example in this recipe is a simple RESTORE from the latest backup set on the device (in this example, two backup sets exist on the device for the TestDB database, and you want the second one). For the demonstration, I ll start by creating two full backups on a single device: BACKUP DATABASE TestDB TO DISK = 'C:\Apress\Recipes\TestDB_Oct_15_2005.BAK' GO -- Time passes, we make another backup to the same device BACKUP DATABASE TestDB TO DISK = 'C:\Apress\Recipes\TestDB_Oct_15_2005.BAK' GO Now the database is restored using the second backup from the device (notice that the REPLACE argument is used to tell SQL Server to overlay the existing TestDB database): USE master GO RESTORE DATABASE TestDB FROM DISK = 'C:\Apress\Recipes\TestDB_Oct_15_2005.bak' WITH FILE = 2, REPLACE This returns the following output: Processed 2456 pages for database 'TestDB', file 'TestDB' on file 2. Processed 1 pages for database 'TestDB', file 'TestDB_log' on file 2. RESTORE DATABASE successfully processed 2457 pages in 5.578 seconds (3.607 MB/sec). In this second example, a new database is created by restoring from the TestDB backup, creating a new database called TrainingDB1.Notice that the MOVE argument is used to designate the location of the new database files: RESTORE DATABASE TrainingDB1 FROM DISK = 'C:\Apress\Recipes\TestDB_Oct_15_2005.BAK' WITH FILE = 2, MOVE 'TestDB' TO 'C:\apress\Recipes\TrainingDB1.mdf', MOVE 'TestDB_log' TO 'C:\apress\Recipes\TrainingDB1_log.LDF'

Tip The gcj-dbtool application uses the full pathname for the tar shared library entry. Make sure that any shared libraries that you have created from your jar files are built in the location from which you want others to be able to permanently access them.

This returns: Processed 2456 pages for database 'TrainingDB1', file 'TestDB' on file 2. Processed 1 pages for database 'TrainingDB1', file 'TestDB_log' on file 2. RESTORE DATABASE successfully processed 2457 pages in 4.799 seconds (4.193 MB/sec). In the last example for this recipe, the TestDB database is restored from a striped backup set (based on the striped set created earlier in the chapter): USE master GO RESTORE DATABASE TestDB FROM DISK = 'C:\apress\Recipes\TestDB_Stripe1.bak', DISK = 'C:\apress\Recipes\TestDB_Stripe2.bak', DISK = 'C:\apress\Recipes\TestDB_Stripe3.bak' WITH FILE = 1, REPLACE This returns: Processed 152 pages for database 'TestDB', file 'TestDB' on file 1. Processed 1 pages for database 'TestDB', file 'TestDB_log' on file 1. RESTORE DATABASE successfully processed 153 pages in 0.657 seconds (1.907 MB/sec).

ImageMagick lets you specify how some graphical operations occur using a concept called gravity. For instance, in 4, you saw an example that used the composite command and some corner images to create a curved corner effect on an image. The gravity command told ImageMagick which corner of the large image to place the corner images in. Gravity is expressed in terms of a compass, as shown in Figure 7-15.