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Search Through File Contents.

RESTORE (Transact- SQL) . This command enables you to perform the following restore scenarios: NOTE: For more information about restoring from the Windows Azure Blob storage service, see SQL Server Backup and Restore with Microsoft Azure Blob Storage Service. Although Windows Azure storage is a service, the implementation is similar to disk and tape to allow for a consistent and seemless restore experince for all the three devices.

For more information, see Complete Database Restores (Simple Recovery Model) or Complete Database Restores (Full Recovery Model). Note that under the simple recovery model, the file must belong to a read- only filegroup. After a full file restore, a differential file backup can be restored.

For more information, see File Restores (Full Recovery Model) and File Restores (Simple Recovery Model). Page restore is available only under the full and bulk- logged recovery models. For more information, see Restore Pages (SQL Server). A piecemeal restore begins with a RESTORE DATABASE using the PARTIAL option and specifying one or more secondary filegroups to be restored. For more information, see Piecemeal Restores (SQL Server).

For more information, see Recover a Database Without Restoring Data (Transact- SQL). For more information about restoring log backups, see Apply Transaction Log Backups (SQL Server). WITH RESTRICTED. This is used when the log backup contains log records written when a file was added to the database. Restoring a database without first backing up the tail of the log results in an error, unless the RESTORE DATABASE statement contains either the WITH REPLACE or the WITH STOPAT clause, which must specify a time or transaction that occurred after the end of the data backup. For more information about tail- log backups, see Tail- Log Backups (SQL Server). This allows roll forward to continue with the next statement in the sequence.

If the roll forward set has not been rolled forward far enough to be consistent with the database and RECOVERY is specified, the Database Engine issues an error. Therefore, to restore a database that was created in the default location for earlier version backups, you must use the MOVE option. For information about the new default path, see File Locations for Default and Named Instances of SQL Server. Typically, the database becomes available immediately. However, if a SQL Server 2.

If the upgrade option is set to import (upgrade. Depending the amount of data being indexed, importing can take several hours, and rebuilding can take up to ten times longer.

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Note also that when the upgrade option is set to import, the associated full- text indexes are rebuilt if a full- text catalog is not available. To change the setting of the upgrade. You must use the OPEN MASTER KEY statement to decrypt the database master key (DMK). Once the DMK has been decrypted, you have the option of enabling automatic decryption in the future by using the ALTER MASTER KEY REGENERATE statement to provision the server with a copy of the DMK, encrypted with the service master key (SMK).

When a database has been upgraded from an earlier version, the DMK should be regenerated to use the newer AES algorithm. For more information about regenerating the DMK, see ALTER MASTER KEY (Transact- SQL). The time required to regenerate the DMK key to upgrade to AES depends upon the number of objects protected by the DMK.

Regenerating the DMK key to upgrade to AES is only necessary once, and has no impact on future regenerations as part of a key rotation strategy. For online restore of a non- primary filegroup, the database can stay in use except when the filegroup being restored is being taken offline. Any data in the specified database is replaced by the restored data.

In addition, you can instruct RESTORE to continue despite errors, and it restores as much data as possible (see the CONTINUE. For more information, see Back Up and Restore of System Databases (SQL Server). Clearing the plan cache causes a recompilation of all subsequent execution plans and can cause a sudden, temporary decrease in query performance. For each cleared cachestore in the plan cache, the SQL Server error log contains the following informational message: . This message is logged every five minutes as long as the cache is flushed within that time interval.

This setting is always set following a RESTORE statement, which includes the WITH RESTRICTED. Without the certificate or asymmetric key, the database cannot be restored. As a result, the certificate that is used to encrypt the database encryption key must be retained as long as the backup is needed. For more information, see SQL Server Certificates and Asymmetric Keys. For more information about vardecimal storage format, see sp. Using the regular RESTORE DATABASE database. In addition, RESTORE can restore full- text files only, as well as with database data.

Where are my emails archived? Outlook 2016, Outlook 2013, Outlook 2010: new archive files are saved in the following locations: Windows Vista, Windows 7, 8, and 10. Click the Configure button to see the restore settings and maximum space used by the restore points. If you want to see the restore points created by your system.

For these, the SQL Server 2. For more information, see Backing Up and Restoring Full- Text Catalogs. When a restore is performed, the backup history tables are also modified. For information on these tables, see Backup History and Header Information (SQL Server). Restore normally prevents accidentally overwriting a database with a different database.

If the database specified in a RESTORE statement already exists on the current server and the specified database family GUID differs from the database family GUID recorded in the backup set, the database is not restored. This is an important safeguard. The overridden checks are as follows: Restoring over an existing database with a backup taken of another database.

This can result in accidentally overwriting a database by a different database. Arbitrary data loss is possible if existing files are overwritten, although the restored database is complete. To start over, restore the desired file and perform the roll forward again. For example, if you accidentally restored too many log backups and overshot your intended stopping point, you would have to restart the sequence. Only the snapshot to which you are reverting can currently exist. The revert operation then rebuilds the log (therefore, you cannot later roll forward a reverted database to the point of user error).

The metadata of a reverted database is the same as the metadata at the time of snapshot creation. However, reverting to a snapshot drops all the full- text catalogs. Unlike a regular backup set, the database snapshot is an incomplete copy of the database files.

If either the database or the database snapshot is corrupted, reverting from a snapshot is likely to be impossible. Furthermore, even when possible, reverting in the event of corruption is unlikely to correct the problem. When a password has been defined on a media set or backup set, you must specify the correct password or passwords in the RESTORE statement. These passwords prevent unauthorized restore operations and unauthorized appends of backup sets to media using SQL Server tools. However, password- protected media can be overwritten by the BACKUP statement's FORMAT option.

It is intended to prevent an incorrect restore using SQL Server tools by authorized or unauthorized users. It does not prevent the reading of the backup data by other means or the replacement of the password. Avoid using this feature in new development work, and plan to modify applications that currently use this feature. The best practice for protecting backups is to store backup tapes in a secure location or back up to disk files that are protected by adequate access control lists (ACLs). The ACLs should be set on the directory root under which backups are created.

If the database exists, RESTORE permissions default to members of the sysadmin and dbcreator fixed server roles and the owner (dbo) of the database (for the FROM DATABASE. Because fixed database role membership can be checked only when the database is accessible and undamaged, which is not always the case when RESTORE is executed, members of the db. Restoring a full database The following example restores a full database backup from the Adventure. Works. Backups logical backup device.

Unless indicated otherwise, all the commands above work in all versions of Windows from Vista upwards. Most of these utilities can be found in %systemroot%\System32\.

For an example of creating this device, see Backup Devices. For more information, see Tail- Log Backups (SQL Server). Restoring full and differential database backups The following example restores a full database backup followed by a differential backup from the Z: \SQLServer. Backups\Adventure.

Works. 20. 12. bak backup device, which contains both backups. The full database backup to be restored is the sixth backup set on the device (FILE = 6), and the differential database backup is the ninth backup set on the device (FILE = 9). As soon as the differential backup is recovered, the database is recovered. Restoring a database using RESTART syntax The following example uses the RESTART option to restart a RESTORE operation interrupted by a server power failure. Restoring a database and move files The following example restores a full database and transaction log and moves the restored database into the C: \Program Files\Microsoft SQL Server\MSSQL1. MSSQLSERVER\MSSQL\Data directory.

Copying a database using BACKUP and RESTORE The following example uses both the BACKUP and RESTORE statements to make a copy of the Adventure. Works. 20. 12 database. The MOVE statement causes the data and log file to be restored to the specified locations. The RESTORE FILELISTONLY statement is used to determine the number and names of the files in the database being restored. The new copy of the database is named Test. DB. For more information, see RESTORE FILELISTONLY (Transact- SQL).

Restoring to a point- in- time using STOPAT The following example restores a database to its state as of 1. AM on April 1. 5, 2. On the backup device, Adventure. Works. Backups, the full database backup to be restored is the third backup set on the device (FILE = 3), the first log backup is the fourth backup set (FILE = 4), and the second log backup is the fifth backup set (FILE = 5).