This guide provides information about how to manage storage devices on a SUSE Linux Enterprise Server.
- Preface
- I File systems and mounting
- II Logical volumes (LVM)
- 5 LVM configuration
- 5.1 Understanding the logical volume manager
- 5.2 Creating volume groups
- 5.3 Creating logical volumes
- 5.4 Automatically activating non-root LVM volume groups
- 5.5 Resizing an existing volume group
- 5.6 Resizing a logical volume
- 5.7 Deleting a volume group or a logical volume
- 5.8 Disabling LVM on boot
- 5.9 Using LVM commands
- 5.10 Tagging LVM2 storage objects
- 6 LVM volume snapshots
- 5 LVM configuration
- III Software RAID
- IV Network storage
- 14 iSNS for Linux
- 15 Mass storage over IP networks: iSCSI
- 15.1 Installing the iSCSI LIO target server and iSCSI initiator
- 15.2 Setting up an iSCSI LIO target server
- 15.3 Configuring iSCSI initiator
- 15.4 Setting up software targets using targetcli-fb
- 15.5 Using iSCSI disks when installing
- 15.6 Troubleshooting iSCSI
- 15.7 iSCSI LIO target terminology
- 15.8 More information
- 16 Fibre Channel storage over Ethernet networks: FCoE
- 17 NVMe-oF
- 18 Managing multipath I/O for devices
- 18.1 Understanding multipath I/O
- 18.2 Hardware support
- 18.3 Planning for multipathing
- 18.4 Installing SUSE Linux Enterprise Server on multipath systems
- 18.5 Updating SLE on multipath systems
- 18.6 Multipath management tools
- 18.7 Configuring the system for multipathing
- 18.8 Multipath configuration
- 18.9 Configuring policies for failover, queuing, and failback
- 18.10 Configuring path grouping and priorities
- 18.11 Selecting devices for multipathing
- 18.12 Multipath device names and WWIDs
- 18.13 Miscellaneous options
- 18.14 Best practice
- 18.15 Troubleshooting MPIO
- 19 Sharing file systems with NFS
- 20 Samba
- 21 On-demand mounting with autofs
- A GNU licenses
- 1.1 Enabling Btrfs quotas
- 1.2 Setting quota for a subvolume
- 1.3 List of subvolumes for a device
- 5.1 Physical partitioning versus LVM
- 5.2 Physical volumes in the volume group named DATA
- 7.1 Example RAID 5 configuration
- 14.1 iSNS discovery domains
- 15.1 iSCSI SAN with an iSNS server
- 16.1 Open Fibre channel over ethernet SAN
- 19.1 NFS server configuration tool
- 20.1 Determining Windows domain membership
- 20.2 Windows Explorer dialog
- 20.3 Windows Explorer directory listing with compressed files
- 20.4 Adding a new Samba share with snapshots enabled
- 20.5 The tab in Windows explorer
- 1.1 File system types in Linux
- 1.2 Maximum sizes of files and file systems (on-disk format, 4 KiB block size)
- 1.3 Storage limitations
- 2.1 File system support for resizing
- 7.1 Comparison of RAID 5 and RAID 6
- 9.1 Nested RAID levels
- 9.2 Scenario for creating a RAID 10 (1+0) by nesting
- 9.3 Scenario for creating a RAID 10 (0+1) by nesting
- 9.4 Complex RAID 10 compared to nested RAID 10
- 9.5 Scenario for creating a RAID 10 using mdadm
- 11.1 Tasks involved in resizing a RAID
- 11.2 Scenario for increasing the size of component partitions
- 12.1 Translation between non-SES-2 patterns and SES-2 patterns
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