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Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Applies to: SQL Server Installation requirements vary based on your application needs. The different editions of SQL Server accommodate the unique performance, runtime, and price requirements of organizations and individuals.

The SQL Server components that you install also depend on your specific requirements. The following sections help you understand how to make the best choice among the editions and components available in SQL Server. Client tools include the client connectivity components used by an application connecting to an instance of SQL Server. Although you can install an instance of SQL Server on a computer that is running IIS, this is typically done only for small web sites that have a single server computer.

Most Web sites have their middle-tier IIS systems on one server or a cluster of servers, and their databases on a separate server or federation of servers. A client components installation is also a good option if you administer an instance of SQL Server on a database server, or if you plan to develop SQL Server applications.

By default, none of the features in the tree are selected. Use the information in the following tables to determine the set of features that best fits your needs.

There are no limits under the Core-based Server Licensing model. The max degrees of parallelism is limited. This refers to columnstore indexes created over disk-based tables and memory-optimized tables. For more detail, see Columnstore indexes - what's new. Install SQL Server. Skip to main content. This browser is no longer supported.

Download Microsoft Edge More info. Table of contents Exit focus mode. Table of contents. Note Although you can install an instance of SQL Server on a computer that is running IIS, this is typically done only for small web sites that have a single server computer. To avoid filling up the transaction log of a database, routine backups are essential. Under the simple recovery model, log truncation occurs automatically after you back up the database, and under the full recovery model, after you back up the transaction log.

However, sometimes the truncation process can be delayed. For information about factors that can delay log truncation, see The Transaction Log. If you are using the full or bulk-logged recovery model recovery and you must remove the log backup chain from a database, switch to the simple recovery model.

A stripe set is a set of disk files on which data is divided into blocks and distributed in a fixed order. The following example writes a backup of the AdventureWorks database to a new striped media set that uses three disk files.

After a backup device is defined as part of a stripe set, it cannot be used for a single-device backup unless FORMAT is specified. Similarly, a backup device that contains nonstriped backups cannot be used in a stripe set unless FORMAT is specified.

However, a total of four mirrors is possible per media set. For a mirrored media set, the backup operation writes to multiple groups of backup devices.

Each group of backup devices comprises a single mirror within the mirrored media set. Every mirror must use the same quantity and type of physical backup devices, which must all have the same properties.

To back up to a mirrored media set, all of the mirrors must be present. The following example writes to a mirrored media set that contains two mirrors and uses three devices per mirror:. This example is designed to allow you to test it on your local system. In practice, backing up to multiple devices on the same drive would hurt performance and would eliminate the redundancy for which mirrored media sets are designed.

In a mirrored media set, every mirror must contain a copy of every media family. This is why the number of devices must be identical in every mirror. When multiple devices are listed for each mirror, the order of the devices determines which media family is written to a particular device.

For example, in each of the device lists, the second device corresponds to the second media family. For the devices in the above example, the correspondence between devices and media families is shown in the following table. A media family must always be backed up onto the same device within a specific mirror. Therefore, each time you use an existing media set, list the devices of each mirror in the same order as they were specified when the media set was created.

For more information about mirrored media sets, see Mirrored Backup Media Sets. For more information, see Restore and Recovery Overview. If the tape media is empty or the disk backup file does not exist, all these interactions write a media header and proceed.

If the media is not empty and lacks a valid media header, these operations give feedback stating that this is not valid MTF media, and they terminate the backup operation. If the version specified is unsupported or an unexpected value, an error occurs. Database or log backups can be appended to any disk or tape device, allowing a database and its transaction logs to be kept within one physical location.

Cross-platform backup operations, even between different processor types, can be performed as long as the collation of the database is supported by the operating system.

In other words, SQL Server will never automatically decrease the value, it will only increase it. By default, every successful backup operation adds an entry in the SQL Server error log and in the system event log. If you back up the log very frequently, these success messages accumulate quickly, resulting in large error logs that can make finding other messages difficult. In such cases you can suppress these log entries by using trace flag , if none of your automation or monitoring depends on those entries.

For more information, see Trace Flags. SQL Server uses an online backup process to allow a database backup while the database is still in use. If a backup operation overlaps with a file management or shrink operation, a conflict arises. Regardless of which of the conflicting operation began first, the second operation waits for the lock set by the first operation to time out the time-out period is controlled by a session timeout setting.

If the lock is released during the time-out period, the second operation continues. If the lock times out, the second operation fails. When a restore is performed, if the backup set was not already recorded in the msdb database, the backup history tables might be modified. Beginning with SQL Server It is still possible to restore backups created with passwords.

Ownership and permission problems on the backup device's physical file can interfere with a backup operation. Ensure SQL Server startup account needs to have read and write permissions to the backup device and the folder where the backup files are written to.

Such problems on the backup device's physical file may not appear until the physical resource is accessed when the backup or restore is attempted.

The backup how-to topics contain additional examples. For more information, see Backup Overview. The following example backups up the AdventureWorks sample database, which uses the simple recovery model by default.

To support log backups, the AdventureWorks database is modified to use the full recovery model. The example then creates a full database backup to AdvWorksData , and after a period of update activity, backs up the log to AdvWorksLog. For a production database, back up the log regularly. Log backups should be frequent enough to provide sufficient protection against data loss.

The following example creates a full file backup of every file in both of the secondary filegroups. The following example creates a differential file backup of every file in both of the secondary filegroups. The following example creates a mirrored media set containing a single media family and four mirrors and backs up the AdventureWorks database to them.

The following example creates a mirrored media set in which each mirror consists of two media families. The example then backs up the AdventureWorks database to both mirrors. The following example formats the media, creating a new media set, and performs a compressed full backup of the AdventureWorks database. The storage Account name is mystorageaccount.

The container is called myfirstcontainer. A stored access policy has been created with read, write, delete, and list rights. This example performs a full backup database of the Sales database to an S3-compatible object storage platform. The name of the credential is not required in the statement or to match the exact URL path, but will perform a lookup for the proper credential on the URL provided.

SQL Server. Differential, log, and file snapshot backups are not supported. During a database backup, Azure SQL Managed Instance backs up enough of the transaction log to produce a consistent database when the backup is restored. Is the database from which the complete database is backed up. Specifies the URL to use for the backup operation. If you choose to encrypt you will also have to specify the encryptor using the encryptor options:.

Specifies whether backup compression is performed on this backup, overriding the server-level default. The default behavior is no backup compression. Has no effect. Max backup stripe size is GB maximum blob size.

Increase the number of stripes in the backup command to reduce individual stripe size and stay within this limit. Ownership and permission problems on the URL can interfere with a backup operation. SQL Server must be able to read and write to the device; the account under which the SQL Server service runs must have write permissions. Restore database. Creates a backup of a Analytics Platform System PDW database and stores the backup off the appliance in a user-specified network location.

A differential database backup only includes changes made since the last full backup. A backup of a user database includes database users, and database roles.

A backup of the master database includes logins. The name of the database on which to create a backup. The database can be the master database or a user database.

Specifies to perform a differential backup of a user database. If omitted, the default is a full database backup. The name of the differential backup does not need to match the name of the full backup. For keeping track of the differential and its corresponding full backup, consider using the same name with 'full' or 'diff' appended.

The master database can only be backed up by sa , the fabric administrator, or members of the sysadmin fixed server role. Requires a Windows account that has permission to access, create, and write to the backup directory.

A differential backup usually takes less time than a full backup and can be performed more frequently. When multiple differential backups are based on the same full backup, each differential includes all of the changes in the previous differential backup.

Full backups and differential backups are stored in separate directories. Naming conventions are not enforced for specifying that a full backup and differential backup belong together. You can track this through your own naming conventions.

You cannot perform a differential backup of the master database. Only full backups of the master database are supported. For that functionality, you can use the remote table copy feature. SQL Server backup options are preconfigured to use backup compression.

You cannot set backup options such as compression, checksum, block size, and buffer count. Only one database backup or restore can run on the appliance at any given time. Analytics Platform System PDW will queue backup or restore commands until the current backup or restore command has completed. The target appliance for restoring the backup must have at least as many Compute nodes as the source appliance.

The target can have more Compute nodes than the source appliance, but cannot have fewer Compute nodes. Analytics Platform System PDW does not track the location and names of backups since the backups are stored off the appliance. A differential backup is only allowed if the last full backup completed successfully.

For example, suppose that on Monday you create a full backup of the Sales database and the backup finishes successfully. Then on Tuesday you create a full backup of the Sales database and it fails. After this failure, you cannot then create a differential backup based on Monday's full backup. You must first create a successful full backup before creating a differential backup.

These dynamic management views contain information about all backup, restore, and load operations. The information persists across system restarts.

To perform a backup, Analytics Platform System PDW first backs up the metadata, and then it performs a parallel backup of the database data stored on the Compute nodes. Data is copied directly from each Compute node to the backup directory.

To achieve the best performance for moving data from the Compute nodes to the backup directory, Analytics Platform System PDW controls the number of Compute nodes that are copying data concurrently. Therefore, your IT team is responsible for managing all aspects of the backup security.

For example, this includes managing the security of the backup data, the security of the server used to store backups, and the security of the networking infrastructure that connects the backup server to the Analytics Platform System PDW appliance.

Network access to the backup directory is based on standard operating system file sharing security. Before performing a backup, you need to create or designate a Windows account that will be used for authenticating Analytics Platform System PDW to the backup directory. This Windows account must have permission to access, create, and write to the backup directory.

To reduce security risks with your data, we advise that you designate one Windows account solely for the purpose of performing backup and restore operations. Allow this account to have permissions to the backup location and nowhere else. The following example shows how to add the credentials for a user. Analytics Platform System PDW will store these credentials and use them to for backup and restore operations.

For security reasons, we recommend creating one domain account solely for the purpose of performing backups. The following example creates a full backup of the Invoices user database. The following example creates a differential backup, which includes all changes made since the last full backup of the Invoices database. The description 'Invoices differential backup' will be stored with the header information for the backup. The differential backup will only run successfully if the last full backup of Invoices completed successfully.

The master database stores the appliance login information. To backup the appliance login information you need to backup the master database. Skip to main content. This browser is no longer supported.

Download Microsoft Edge More info. Table of contents Exit focus mode. Table of contents. Note Only a full database backup can be performed on the master database. Note The mirror database in a database mirroring partnership cannot be backed up. Note Consider using file backups when the database size and performance requirements make a database backup impractical.

Note The NUL disk device will discard all information sent to it and should only be used for testing. Note The NUL device will discard all input sent to this file, however the backup will still mark all pages as backed up. Note This option typically affects performance only when writing to tape devices.

 

SQL Server & Hardware & software requirements - SQL Server | Microsoft Docs.All Product Keys · GitHub

 

If we install these editions using setup wizards, then we can choose them in the below screen. How would you specify them in the command line? Based on my trial and error, I found that if we want PID for these free editions then here are the keys that can be used. This would be useful when you want to deploy using a script or command line.

Here are a few additional blog posts on a similar topic which you may find it helpful:. The server needed to have Enterprise Core-based Licensing installed. Any chance this is supported by MS? Are there any good options to upgrade this? Thank you, this /64237.txt helped me prove a script with dbatools.

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Once you learn my business secrets, you will fix the majority of problems in the future. SQL Tips and Tricks. Enterprise Evaluation Edition is a free for days edition. All features are the samPorducte as Enterprise Edition. Express Edition is a scaled-down edition of SQL with жмите limitations but allowed for production use. Developer Edition is a free edition starting SQL onwards microsofy is allowed only for development but not for production purposes.

All features are the same as Enterprise Edition. Ian Craigen. Irfaan Sulaiman. Des Anson. Leave a Reply Cancel reply. Exclusive Newsletter Website. Go to mobile version.