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Differential backups and restores are more flexible than full data backups. As a result, the syntax and procedures for differential backups and restores is more complicated. The presentation for this topic starts with a demonstration of how to create two differential backups for NWCopy. Before creating the first backup, the sample inserts a new row in the Shippers table. Then, the sample inserts another row in the Shippers table before creating the second differential back. Three recovery operations follow. First, the sample shows how to recover the data in the first differential backup, which has four rows in the Shippers table. Next, you learn how to recover the data in the second differential backup, which has five rows in the Shippers table. Finally, a third recovery occurs after a disaster (again simulated by erasing the primary data file).

The next excerpt from SQLQuery8_f0316_f0317.sql shows the syntax for creating an initial full data backup, which is followed by two differential backups. The first BACKUP DATABASE statement reuses the NWCopyBK_1 backup device from the preceding full data backup and recovery. Therefore, this sample does not require the invocation of sp_addumpdevice to create a new backup device. Notice the INIT keyword in the WITH clause for the first BACKUP DATABASE statement. This clause causes the first backup, which is a full data backup, to copy over any other content in the file. Without this clause, a BACKUP DATABASE statement appends its backup content to any existing content in a backup device. The second and third BACKUP DATABASE statements are both differential backups, which share a common syntax with one another. It is their order in the script and their preceding INSERT INTO statements that makes the two differential backups distinct from one another. You can make a differential backup by inserting a WITH DIFFERENTIAL clause in the BACKUP DATABASE statement. Except for the WITH DIFFERENTIAL clause, the syntax for a differential backup is the same as for a full data backup. The absence of the INIT keyword in either of the two differential BACKUP DATABASE statements concatenates their output to the end of any preceding backups in the NWCopyBK_1 backup device. As a consequence, the NWCopyBK_1 backup device contains three backups. It is common to refer to each backup as a file in a backup device. The full backup is the first backup file in the NWCopyBK_1 backup device. The first and second differential backups are the second and third backup files in the NWCopyBK_1 backup device.

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See how that works It looks up 62789, yields .27, and goes on to multiply 62789 by .27, returning: $16,953.03 Once the formatting is applied. Some other VLOOKUP thoughts: note that our lookup tables to date have comprised two columns. But nothing prevents us from adding a third and even more columns, which would enable us to achieve different sets of lookup outcomes. For example, I could devise this lookup table, if we return to our grading chores (Figure 3 -38):

BACKUP DATABASE NWCopy TO NWCopyBK_1 WITH INIT GO INSERT INTO NWCopy..Shippers (CompanyName, Phone) VALUES ('CAB, Inc.', '(123) 456-7890') GO BACKUP DATABASE NWCopy TO NWCopyBK_1 WITH DIFFERENTIAL GO INSERT INTO NWCopy..Shippers (CompanyName, Phone) VALUES ('CAB Does It', '(456) -789-0123') GO BACKUP DATABASE NWCopy TO NWCopyBK_1 WITH DIFFERENTIAL GO

The following code excerpt from SQLQuery8_f0316_f0317.sql shows the syntax for recovering NWCopy as of the completion of the first differential backup. Notice that a collection of differential backups lets you restore a database to different points in time that is, the times you created each differential backup. You need two RESTORE DATABASE statements to restore a differential backup. The first RESTORE DATABASE statement specifies the base for the differential backup series, which is normally the first full data backup. Use the NORECOVERY keyword in a WITH clause to avoid closing the log file before the restoration completes. The second RESTORE DATABASE statement points at one of your differential backup files for the base backup. By using FILE = 2 in the following script, the code designates the second backup file in the NWCopyBK_1 backup device. Recall that the first differential backup generates the second backup file. RESTORE DATABASE NWCopy FROM NWCopyBK_1 WITH NORECOVERY GO RESTORE DATABASE NWCopy FROM NWCopyBK_1 WITH FILE = 2, RECOVERY GO SELECT * FROM NWCopy..Shippers GO

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