- Notes, cautions, and warnings
- Preface
- PowerProtect Data Manager for Microsoft Application Agent Overview
- Enabling the Microsoft Application Agent for Microsoft SQL Server
- Microsoft SQL Server data protection and replication requirements
- Microsoft SQL Server operational log files for backup and restore operations
- Protecting a stand-alone Microsoft SQL Server
- Protecting Microsoft SQL Server clustered environments
- Install and configure the application agent
- Prerequisites
- Install the Microsoft application agent with the wizard
- Install the Microsoft application agent with a silent installation
- Uninstall the Microsoft application agent with the setup file
- Uninstall the Microsoft application agent with a silent uninstallation
- Recommission the Microsoft application agent after Microsoft SQL Server hostname is changed or reused
- Required privileges for Application Direct backup and recovery
- Stagger Microsoft SQL Server discovery jobs in host scale-out environments
- Configure the database backup stripe level
- Enable multi-stream backups for Microsoft SQL Server protection policy
- Manage the Microsoft application agent
- Microsoft application agent for application-aware protection
- Managing Storage, Assets, and Protection
- Enable an asset source
- Delete an asset source
- Recommission the Microsoft application agent
- Setting the sysadmin privilege for Microsoft SQL Server hosts
- Discover a Microsoft SQL Server application host
- Replication triggers
- Add a protection policy for Microsoft SQL Server database protection
- Cancel a Microsoft application agent protection or restore job
- Add a service-level agreement
- Edit the retention period for backup copies
- Delete backup copies
- Enable the Microsoft application agent after Internet Protocol change
- Enable the Microsoft application agent after hostname change
- Manage the PowerProtect agent service
- About the PowerProtect agent service
- Start, stop, or obtain the status of the PowerProtect agent service
- Troubleshooting PowerProtect agent service installations
- Troubleshooting PowerProtect agent service operations
- Register the PowerProtect agent service to a different server address on Windows
- Recovering the PowerProtect agent service from a disaster
- Manage the cloud tier operations with PowerProtect Data Manager Appliance
- Performing Self-Service Backups of Microsoft SQL Server Databases
- Performing self-service Microsoft SQL Server database backups
- Overview of Application Direct with Microsoft SQL Server backups
- Best practices to back up Microsoft SQL Server with Application Direct
- Naming conventions for backups with Application Direct
- Circumstances that promote Microsoft SQL Server backups to level full
- Scheduling backup jobs
- Scheduling Microsoft SQL Server backups by using SQL Server Agent
- Configuring the SQL Server Agent to schedule jobs
- Changing the SQL Server Agent service login credentials
- Creating a proxy for the CmdExec subsystem
- Scheduling a CmdExec job
- Scheduling a CmdExec job on a single Microsoft SQL Server
- Scheduling a CmdExec job on multiple Microsoft SQL Servers
- Configuring primary and target SQL Server Agents
- Running a job on the target servers
- Scheduling a T-SQL job
- Scheduling Microsoft SQL Server backups by using Windows Task Scheduler
- Scheduling Microsoft SQL Server backups by using SQL Server Agent
- Performing manual backups
- Perform backups with the Microsoft app agent for Application Direct SSMS plug-in
- Back up Microsoft SQL Server with the Application Direct backup command
- Perform backups with T-SQL scripts
- Performing Self-Service Restores of Microsoft SQL Server Databases
- Restoring a Microsoft SQL Server application host
- Best practices to restore Microsoft SQL Server with Application Direct
- Restoring Microsoft SQL Server databases
- Performing table-level recovery
- Performing Microsoft SQL Server disaster recovery
- Performing Centralized Restores of Application Direct Backups
- Centralized restores of Microsoft SQL Server Application Direct backups
- Considerations for centralized Microsoft SQL Server Application Direct restores
- Centralized restore of Microsoft SQL Server system databases
- Centralized restore of a Microsoft SQL Server stand-alone database
- Centralized restore of a Microsoft SQL Server AAG database
- Centralized restore of multiple Microsoft SQL Server databases
- Performing Self-Service Restores of Virtual Machine Backups
- Restoring a Microsoft SQL Server virtual machine backup
- Overview of Microsoft SQL Server virtual machine restore operations
- Prerequisites
- Restoring Microsoft SQL Server databases to a virtual machine
- Performing Microsoft SQL Server table-level recovery to a virtual machine
- Performing an instant access recovery
- Performing Centralized Restores of Virtual Machine Backups
- Centralized restores of Microsoft SQL Server virtual machine backups
- Considerations for centralized Microsoft SQL Server application-aware restores
- Centralized restore of Microsoft SQL Server system databases
- Centralized restore of a Microsoft SQL Server stand-alone database
- Centralized restore of a Microsoft SQL Server AAG database
- Centralized restore of multiple Microsoft SQL Server databases
- Microsoft SQL Server Best Practices and Troubleshooting
- Glossary
- AAG: Always On availability group
- ACL: access control list
- AD: Active Directory
- AKS: Azure Kubernetes Service
- ARM: Azure Resource Manager
- API: application programming interface
- AVS: Azure VMware Solution
- AWS: Amazon Web Services
- AZ: availability zone
- BBB: block-based backup
- CA: certificate authority
- CBT: Changed Block Tracking
- CDC: change data capture
- CIFS: Common Internet File System
- CLI: command-line interface
- CLR: Common Language Runtime
- CN: common name
- CPU: central processing unit
- CR: custom resource
- CRD: custom resource definition
- CSI: container storage interface
- CSV: Cluster Shared Volume
- DAG: database availability group
- DA: database administrator
- DBID: database identifier
- DDOS: DD Operating System
- DDVE: DD Virtual Edition
- DFC: DD Boost over Fibre Channel
- DNS: Domain Name System
- DPC: Data Protection Central
- DRS: Distributed Resource Scheduler
- DR: disaster recovery
- DSA: Dell security advisory
- EBS: Elastic Block Store
- EC2: Elastic Compute Cloud
- eCDM: Enterprise Copy Data Management
- ECS: Elastic Cloud Storage
- EKS: Elastic Kubernetes Service
- ENI: Elastic Network Interface
- EFI: Extensible Firmware Interface
- EULA: end-user license agreement
- FC: Fibre Channel
- FCD: first class disk
- FCI: failover cluster instance
- FETB: front-end protected capacity by terabyte
- FLR: file-level restore
- FQDN: fully qualified domain name
- FTP: File Transfer Protocol
- GB: gigabyte
- Gb/s: gigabits per second
- GCP: Google Cloud Platform
- GCVE: Google Cloud Virtual Edition
- GID: group identifier
- GLR: granular-level restore
- GUI: graphical user interface
- GUID: globally unique identifier
- HA: High Availability
- HANA: high-performance analytic appliance
- HTML: Hypertext Markup Language
- HTTP: Hypertext Transfer Protocol
- HTTPS: Hypertext Transfer Protocol Secure
- IAM: identity and access management
- IDE: Integrated Device Electronics
- IP: Internet Protocol
- IPv4: Internet Protocol version 4
- KB: kilobyte
- LAC: License Authorization Code
- LAN: local area network
- MB: megabyte
- ms: millisecond
- MTU: maximum transmission unit
- NAS: network-attached storage
- NBD: network block device
- NBDSSL: network block device over SSL
- NDMP: Network Data Management Protocol
- NFC: Network File Copy
- NFS: Network File System
- NIC: network interface card
- NTFS: New Technology File System
- NTP: Network Time Protocol
- OS: operating system
- OSS: open-source software
- OVA: Open Virtualization Appliance
- PCS: Protection Copy Set
- PDF: Portable Document Format
- PEM: Privacy-enhanced Electronic Mail
- PIN: personal identification number
- PIT: point in time
- PKCS: Public Key Cryptography Standards
- PSC: Platform Service Controller
- PVC (cloud computing): private virtual cloud
- PVC (Kubernetes): Persistent Volume Claim
- RAC: Real Application Cluster
- RAM: random-access memory
- RBAC: role-based access control
- ReFS: Resilient File System
- REST API: representational-state transfer API
- RHEL: RedHat Enterprise Linux
- RMAN: Recovery Manager
- RPO: recovery-point objective
- RSA: Rivest-Shamir-Adleman
- S3: Simple Storage Services
- SaaS: software as a service
- SAP: System Analysis Program Development
- SCSI: Small Computer System Interface
- SDDC: software-defined data center
- SELinux: Security-Enhanced Linux
- SFTP: Secure File Transfer Protocol
- SLA: service-level agreement
- SLES: SuSE Linux Enterprise Server
- SLO: service-level objective
- SPBM: Storage Policy Based Management
- SQL: Structured Query Language
- SRS: Secure Remote Services
- SSD: solid-state drive
- SSH: Secure Shell
- SSL: Secure Sockets Layer
- SSMS: SQL Server Management Studio
- SSVs: System Stable Values
- TB: terabyte
- TCP: Transmission Control Protocol
- TDE: Transparent Data Encryption
- TLS: Transport Layer Security
- TPM: Trusted Platform Module
- TSDM: Transparent Snapshot Data Mover
- T-SQL: Transact-SQL
- UAC: user account control
- UDP: User Datagram Protocol
- UI: user interface
- UID: user identifier
- UTC: Coordinated Universal Time
- VADP: VMware vStorage APIs for Storage Awareness
- VBS: virtualization-based security
- VCF: VMware Cloud Foundation
- vCLS: vSphere Cluster Service
- VCSA: vCenter Server Appliance
- vCSA: vCenter Server Appliance
- VDI: Virtual Device Interface
- vDisk: virtual disk
- vDS: virtual distributed switch
- vFRC: Virtual Flash Read Cache
- VGT: Virtual Guest Tagging
- VIB: vSphere Installation Bundle
- VLAN: virtual LAN
- VM: virtual machine
- VMC: VMware Cloud
- VMDK: virtual machine disk
- VNet: virtual network
- VPC: virtual private cloud
- vRSLCM: vRealize Suite Lifecycle Manager
- VST: Virtual Switch Tagging
- vTPM: Virtual Trusted Platform Module
- VVD: VMware Validated Design
- vVol: virtual volume
- WAN: wide area network
Dell PowerProtect Data Manager Appliance 5.12.0.1 Microsoft SQL Server User Guide
Scheduling backup jobs
You can schedule Microsoft SQL Server backup jobs by using either the SQL Server Agent or the Windows Task Scheduler.
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