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Brigitte Bjork
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Backs up a complete SQL Server database to create a database backup, or one or more files or filegroups of the database to create a file backup (BACKUP DATABASE). Also, under the full recovery model or bulk-logged recovery model, backs up the transaction log of the database to create a log backup (BACKUP LOG).
Specifies a complete database backup. If a list of files and filegroups is specified, only those files and filegroups are backed up. During a full or differential database backup, SQL Server backs up enough of the transaction log to produce a consistent database when the backup is restored.
Specifies a backup of the transaction log only. The log is backed up from the last successfully executed log backup to the current end of the log. Before you can create the first log backup, you must create a full backup.
After a typical log backup, some transaction log records become inactive, unless you specify WITH NO_TRUNCATE or COPY_ONLY. The log is truncated after all the records within one or more virtual log files become inactive. If the log is not being truncated after routine log backups, something might be delaying log truncation. For more information, see Factors that can delay log truncation.
Is the logical name of a filegroup or a variable whose value equates to the logical name of a filegroup that is to be included in the backup. Under the simple recovery model, a filegroup backup is allowed only for a read-only filegroup.
Consider using file backups when the database size and performance requirements make a database backup impractical. The NUL device can be used to test the performance of backups, but should not be used in production environments.
Specifies a partial backup. A partial backup includes all the read/write files in a database: the primary filegroup and any read/write secondary filegroups, and also any specified read-only files or filegroups.
Is the logical name of a read-only filegroup or a variable whose value equates to the logical name of a read-only filegroup that is to be included in the partial backup. For more information, see "," earlier in this article.
Applies to: SQL Server
Is the logical name of the backup device to which the database is backed up. The logical name must follow the rules for identifiers. If supplied as a variable (@logical_device_name_var), the backup device name can be specified either as a string constant (@logical_device_name_var= logical backup device name) or as a variable of any character string data type except for the ntext or text data types.
Starting with SQL Server 2012 (11.x) SP1 CU2 through SQL Server 2014 (12.x), you can only backup to a single device when backing up to URL for Azure Blob Storage. In order to backup to multiple devices when backing up to URL, you must use SQL Server 2016 (13.x) and later and you must use Shared Access Signature (SAS) tokens. For examples creating a Shared Access Signature, see SQL Server Backup to URL and Simplifying creation of SQL Credentials with Shared Access Signature (SAS) tokens on Azure Storage with Powershell.
A disk device does not have to exist before it is specified in a BACKUP statement. If the physical device exists and the INIT option is not specified in the BACKUP statement, the backup is appended to the device.
Specifies a set of up to three secondary backup devices, each of which mirrors the backups devices specified in the TO clause. The MIRROR TO clause must specify the same type and number of the backup devices as the TO clause. The maximum number of MIRROR TO clauses is three.
For MIRROR TO = DISK, BACKUP automatically determines the appropriate block size for disk devices based on the sector size of the disk. If the MIRROR TO disk is formatted with a different sector size than the disk specified as the primary backup device, the backup command will fail. In order to mirror backups to devices that have different sector sizes, the BLOCKSIZE parameter must be specified, and should be set to the highest sector size amongst all the target devices. For more information about block size, see "BLOCKSIZE" later in this topic.
n
Is a placeholder that indicates that up to 64 backup devices may be specified in a comma-separated list. The number of devices in the MIRROR TO clause must equal the number of devices in the TO clause.
Used to create an Azure snapshot of the database files when all of the SQL Server database files are stored using the Azure Blob Storage. For more information, see SQL Server Data Files in Microsoft Azure. SQL Server Snapshot Backup takes Azure snapshots of the database files (data and log files) at a consistent state. A consistent set of Azure snapshots make up a backup and are recorded in the backup file. The only difference between BACKUP DATABASE TO URL WITH FILE_SNAPSHOT and BACKUP LOG TO URL WITH FILE_SNAPSHOT is that the latter also truncates the transaction log while the former does not. With SQL Server Snapshot Backup, after the initial full backup that is required by SQL Server to establish the backup chain, only a single transaction log backup is required to restore a database to the point in time of the transaction log backup. Furthermore, only two transaction log backups are required to restore a database to a point in time between the time of the two transaction log backups.
Used only with BACKUP DATABASE, specifies that the database or file backup should consist only of the portions of the database or file changed since the last full backup. A differential backup usually takes up less space than a full backup. Use this option so that all individual log backups performed since the last full backup do not have to be applied.
Used to specify encryption for a backup. You can specify an encryption algorithm to encrypt the backup with or specify NO_ENCRYPTION to not have the backup encrypted. Encryption is recommended practice to help secure backup files. The list of algorithms you can specify are:
When encryption is used in conjunction with the FILE_SNAPSHOT argument, the metadata file itself is encrypted using the specified encryption algorithm and the system verifies that Transparent Data Encryption (TDE) was completed for the database. No additional encryption happens for the data itself. The backup fails if the database was not encrypted or if the encryption was not completed before the backup statement was issued.
Specifies that the backup is a copy-only backup, which does not affect the normal sequence of backups. A copy-only backup is created independently of your regularly scheduled, conventional backups. A copy-only backup does not affect your overall backup and restore procedures for the database.
Copy-only backups should be used in situations in which a backup is taken for a special purpose, such as backing up the log before an online file restore. Typically, a copy-only log backup is used once and then deleted.
When used with BACKUP DATABASE, the COPY_ONLY option creates a full backup that cannot serve as a differential base. The differential bitmap is not updated, and differential backups behave as if the copy-only backup does not exist. Subsequent differential backups use the most recent conventional full backup as their base.
When used with BACKUP LOG, the COPY_ONLY option creates a copy-only log backup, which does not truncate the transaction log. The copy-only log backup has no effect on the log chain, and other log backups behave as if the copy-only backup does not exist.
At installation, the default behavior is no backup compression. But this default can be changed by setting the backup compression default server configuration option. For information about viewing the current value of this option, see View or Change Server Properties.
EXPIREDATE = 'date'
Specifies when the backup set expires and can be overwritten. If supplied as a variable (@date_var), this date must follow the configured system datetime format and be specified as one of the following:
RETAINDAYS = days
Specifies the number of days that must elapse before this backup media set can be overwritten. If supplied as a variable (@days_var), it must be specified as an integer.