Index
A
- accessing
- Fibre Channel virtual functions from a guest domain 8.10.8.1
- adding
- adjusting
- interrupt limit 18.14
- allocating
- alternate MAC address
- updating dynamically 13.18.1.1
- anonymous resources
- removing 15.5.2
- applying
- assigning
- endpoint device to an I/O domain 9.1
- MAC addresses 13.9.1
- master domain 18.6.1
- PCIe buses to a root domain 7.1
- PCIe endpoint device 7.1.3
- physical resources to domains 15.5
- rights profiles 2.1, 2.1.1.1.1
- roles 2.1
- roles to users 2.1.1.2
- VLANs 13.14.3
- VLANs in an Oracle Solaris 10 guest domain 13.14.3.3
- VLANs in an Oracle Solaris 11 guest domain 13.14.3.2
- VLANs in an Oracle Solaris 11 service domain 13.14.3.1
- authorization
- ldm subcommands 2.1.2
- autorecovery policy for SP configurations 16.2.2, 16.2.2.1
B
C
- cancel-reconf subcommand 15.1.2
- CD images
- exporting 11.8
- CD or DVD image
- changing
- changes to PCIe hardware 9.6
- checking
- domain configuration 15.4.1
- CLI 1.3.2
- cloning
- boot disk image 11.12.4.1
- coherency link scaling A.1.1
- combining
- consoles into a single group 5.4.1
- command history
- viewing Oracle VM Server for SPARC 18.19.4
- command-line interface 1.3.2
- configuring
- control domain 3.3.1.1
- control domain with CPU whole cores 15.4.2.3
- DLMP aggregations 13.12, 13.12.2
- domain dependencies 18.6
- domain with CPU whole cores 15.4.2
- existing domain with CPU whole cores 15.4.2.2
- IPMP in an Oracle VM Server for SPARC environment 13.11
- IPMP in a service domain 13.11.2
- jumbo frames 13.17
- NAT 13.10
- performance register access 15.11
- physical link status updates 13.11.3.1
- routing 13.10
- SSL certificates for migration 14.4.1
- Oracle Solaris 11 14.4.1.1
- system with hard partitions 15.4
- virtual disk multipathing 11.7.3
- virtual network devices into an IPMP group 13.11.1
- virtual SCSI HBA multipathing 12.12.1
- virtual switch to enable NAT to an Oracle Solaris 11 domain 13.10.1
- ZFS pool in a service domain 11.12.1
- connecting
- to a guest domain console over the network 5.3
- console groups
- using 5.4
- consoles
- control domain 1.3.1
- control domain CPU and memory resources
- decreasing 3.3.2
- controlling
- CPU allocation 15.3
- CPU clock cycle skip A.1.1
- CPU core disable A.1.1
- CPU DR 15.3.3.1, 15.4.3.1
- CPU dynamic resource management 15.4.3.2, 15.4.3.3
- CPU dynamic voltage and frequency scaling (DVFS) A.1.1
- CPU mapping 18.7.1
- CPU power management 15.4.3.4
- CPU resources
- allocating 15.3
- CPU weighted mean utilization
- dynamic resource management 15.4.3.3
- CPU whole cores
- creating
- default services on the control domain 3.2
- disk image snapshot 11.12.3
- disk image snapshot of an unconfigured system 11.12.4.1.1
- domain with CPU whole cores 15.4.2.1
- Ethernet virtual functions 8.8.5, 8.8.5.1
- Fibre Channel virtual functions 8.10.4.1
- guest domains 4.1
- I/O domain Ethernet virtual functions 8.8.10
- InfiniBand virtual functions 8.9.2.1
- PVLANs 13.15.2.1
- roles 2.1.1.2
- root domain from entire PCIe bus 7.1.3
- VNICs on Ethernet virtual functions 8.8.9.4
D
- daemons
- decreasing
- default services on the control domain
- creating 3.2
- delayed reconfiguration 15.1.2, 15.6.5
- delegating administrative privileges
- rights profiles 2.1
- dependency cycles 18.6.2
- destroying 8.8.5
- detecting
- MAC address collisions 13.9.2
- determining
- domain configurations 18.7.3
- device-specific properties
- Ethernet SR-IOV 8.8.9.3
- direct I/O (DIO)
- disabling
- disk images
- creating a snapshot 11.12.3
- creating snapshot of an unconfigured system 11.12.4.1.1
- storing by using a ZFS file 11.12.2.1
- storing by using a ZFS volume 11.12.2.1
- storing with ZFS 11.12.2
- disk slice 11.6.6.8.2
- DLMP aggregations
- domain configurations
- domain console
- controlling access to 5.1
- domain listing
- parseable 18.6.1
- domain migration restrictions 14.5
- domain migrations
14.6
- active 14.7
- bound or inactive domain 14.8
- canceling in progress 14.11
- delayed reconfiguration for an active domain 14.7.5
- failure message 14.14
- from OpenBoot PROM or in kernel debugger 14.7.8
- monitoring progress 14.10
- non-interactive 14.14
- obtaining status 14.14
- operation 14.2
- operations on other domains 14.7.7
- performing a dry run 14.6.1
- performing non-interactive 14.6.2
- recovering from failed 14.12
- requirements for CPUs 14.7.1
- requirements for memory 14.7.2
- requirements for PCIe endpoint devices 14.7.3, 14.8.2
- requirements for physical I/O devices 14.7.3
- requirements for SR-IOV virtual functions 14.7.3, 14.8.3
- requirements for virtual I/O devices 14.7.4, 14.8.1
- security 14.4
- software compatibility 14.3
- when active domain has power management elastic policy in effect 14.7.6
- domain resources
- listing 15.10
- domains
- configuring a failure policy for dependencies 18.6.1
- configuring dependencies 18.6
- definition 1.2
- dependencies 18.6
- dependency cycles 18.6.2
- disabling 18.18
- marked as degraded 17.4
- migrating 14.1
- provisioning by using a clone 11.12.4
- roles 1.3.1
- service 1.3.3
- stopping a heavily loaded 18.3
- types of 1.3.1
- DR 15.1.1
- DVD images
- exporting 11.8
- dynamic path selection 11.7.4
- dynamic reconfiguration (DR) 15.1.1, 15.6.5
- dynamic reconfiguration daemon (drd) 15.1.1
- dynamic resource management 15.3.3.2
E
- effective largest page size 14.7.2
- enabling
- errors
- troubleshooting through CPU and memory address mapping 18.7
- Ethernet SR-IOV
- evacuated I/O resources 17.5
- events
- exporting
- back ends
- comparison 11.6.6.6
- back ends, summary 11.6.6.7
- CD images 11.8
- CD or DVD image from service domain to guest domain 11.8.1
- CD or DVD image multiple times 11.8.1
- disk slice
- directly 11.6.6.8.2
- indirectly 11.6.6.8.2
- DVD images 11.8
- file as a full disk 11.6.6.2
- file or volume as a full disk 11.6.6.1
- file or volume as a single-slice disk 11.6.6.4
- files 11.6.6
- files and volumes as virtual disks
- guidelines 11.6.6.8
- lofi 11.6.6.8.1
- ISO image from service domain to guest domain 11.8.2
- ISO images 11.8
- physical disk as a virtual disk 11.6.2
- physical disk slice as a virtual disk 11.6.4
- slice 2 11.6.5
- virtual disk back end 11.3.2
- volumes 11.6.6
- backward compatibility 11.6.6.6
- ZFS volume as a full disk 11.6.6.3
- ZFS volume as a single-slice disk 11.6.6.5
- back ends
F
I
- I/O domains 6.1, 8.1, 9.1
- I/O resources
- marking as evacuated 17.5
- I/O virtualization
- identifying
- InfiniBand functions 8.9.5.2
- ILOM interconnect configuration
- verifying 3.6.1
- ILOM interconnect service
- enabling 3.6.2
- InfiniBand SR-IOV
- requirements 8.9.1
- installing
- interrupt limit
- adjusting 18.14
- inter-vnet LDC channels 13.5.1
- PVLANs 13.15
- IPMP
- ISO images
L
- largest page size
- hardware 14.7.2
- LDC 1.2
- ldmconsole
- connecting to guest domain console over the network 5.3
- ldmd 1.3.2
- limitations
- link aggregation
- using with a virtual switch 13.13
- link-based IPMP
- using 13.11.3
- listing
-
lofi
- exporting files and volumes as virtual disks 11.6.6.8.1
- logging
- logging capabilities
- controlling with SMF 18.19.2
- logical domain channels (LDC) 1.2
- inter-vnet 13.5.1
- logical domain channels (LDCs) 18.10
- Logical Domains Manager 1.2, 1.3
- Logical Domains Manager configuration data
- saving 18.17
- Logical Domains Manager daemon
- enabling 18.16.1
- LUN0
- simulating a 12.17
M
- MAC address
- detecting collisions 13.9.2
- MAC addresses
- machine-readable output
- listing resources 15.10.1
- managing
- direct I/O devices on non-primary root domains 10.4.2
- MAC addresses
- with Oracle VM Server for SPARC 13.9
- MAC addresses with Oracle VM Server for SPARC 13.9
- physical devices in a virtual SAN 12.18
- physical resources on the control domain 15.5.3
- resource groups 15.7
- SP configurations 16.1
- virtual disks 11.3
- virtual SCSI HBAs 12.9
- mapping CPU and memory addresses
- troubleshooting 18.7
- master domain
- assigning 18.6.1
- max-cores constraint
- applying 15.3.2
- maximizing
- memory
- memory DR 15.6
- memory dynamic reconfiguration
- memory dynamic reconfiguration (DR) 15.6
- memory reconfiguration
- control domain 15.6.4
- memory size requirements 4.2.1
- migrating
- migration
- non-interactive 14.14
- migration limitations
- missing hardware resources
- recovering domains with 17.3
- modifying
- multipathing 11.7, 12.12
N
- NAT
- configuring 13.10
- network booting
- I/O domain by using an Ethernet SR-IOV virtual functions 8.8.9.2
- network configuration
- Ethernet SR-IOV 8.8.9.1
- network device configurations
- viewing 13.6
- network devices
- network bandwidth limit, setting 13.7
- network device statistics
- viewing 13.6
- network interface name 13.8
- non-interactive domain migration 14.14
- non-primary root domain
- restrictions 10.2
- non-primary root domains 10.1
O
P
- parseable domain listing
- PCIe bus 6.1
- PCIe SR-IOV virtual functions
8.7
- planning for 8.7
- performance
- performance register access
- setting 15.11
- physical-bindings constraint
- removing 15.5.1
- physical CPU number
- determining the corresponding virtual CPU 18.7.3
- physical devices 1.3.1, 1.3.3
- physical devices in a virtual SAN
- managing 12.18
- physical disk 11.6.1
- physical disk LUN 11.6.1
- physical disks
- exporting as a virtual disk 11.6.2
- physical disk slice 11.6.3
- physical disk slices
- exporting as a virtual disk 11.6.4
- physical link status updates
- configuring 13.11.3.1
- physical machine 1.2
- physical network bandwidth
- physical resources
- planning
- port VLAN ID (PID) 13.14.1
- power-consumption data
- viewing A.1.2
- power cycle
- performing on a server 18.4.2
- power limit A.1.1
- power management (PM) A.1.1
- primary domain 1.3.1
- private VLANs (PVLANs)
- using 13.15
- processor power-consumption data
- viewing A.1.2
- properties
- provisioning
- domain by using a clone 11.12.4
- PVLANs
R
- rebinding
- system with CPU whole cores 15.4.3.5
- rebooting
- recovering
- recovery mode 17.1
- controlling 17.3.3
- removing 8.8.8.2
- all guest domains 18.18.1
- all SP configurations 18.18.2
- anonymous resources 15.5.2
- Ethernet virtual functions from an I/O domain 8.8.8.2
- Fibre Channel virtual functions from an I/O domain 8.10.7.2
- InfiniBand virtual functions to an I/O domain 8.9.3.2
- InfiniBand virtual functions to a root domain 8.9.4.2
- memory from a domain 15.6.2
- physical-bindings constraint 15.5.1
- PVLANs 13.15.2.1
- virtual disks 11.3.5
- requirements
- resource allocation 15.2
- resource configuration 1.3.4
- resource constraints
- listing 15.10.5
- resource groups
- resource management
- dynamic 15.3.3.2
- resources 1.2
- restoring
- restrictions
- rights profiles
- roles
-
ro option
- virtual disk back end 11.5.1
- root domains 1.3.1, 7.1
- routing
- configuring 13.10
S
- saving
- SCSI and virtual disk 11.10
- SCSI and virtual SCSI HBAs 12.16
- server
- performing power cycle on 18.4.2
- service domains 1.3.1, 1.3.3
- configuring a ZFS pool 11.12.1
- service processor (SP)
- setting
- simulating
- a LUN0 12.17
- slice 2
- exporting 11.6.5
-
slice option
- virtual disk back end 11.5.3
- SMF
- controlling logging capabilities with 18.19.2
- Solaris power aware dispatcher (PAD) A.1.1
- Solaris Volume Manager
- SP configuration
- selecting to boot 1.3.5
- SP configurations
- SR-IOV 8.1
- SR-IOV virtual functions 8.7
- SSL certificates
- migrating 14.14
- SSL certificates for migration
- starting
- guest domains 4.1
- stopping
- heavily loaded domain 18.3
- storing
- SUNWldm package 1.3.2
- system controller 1.2
V
- verified boot
- using 2.2
- verify
- presence of virtual SCSI HBAs 12.9.4
- verifying
- ILOM interconnect configuration 3.6.1
- viewing
- virtinfo
- virtual domain information 18.9
- virtual CPU
- determining the corresponding physical CPU number 18.7.3
- virtual device identifier 13.8
- virtual devices
- virtual disks 11.1
- adding 11.3.1
- appearance 11.4
- back end 11.6
- back end excl option 11.5.2
- back end exporting 11.3.2
- back end exporting as a full disk 11.4.1
- back end exporting as a single-slice disk 11.4.2
- back end options 11.5
- back end ro option 11.5.1
- back end slice option 11.5.3
- configuring multipathing 11.7.3
- device name 11.2
- disk identifier 11.2
- exporting from a physical disk 11.6.2
- exporting from a physical disk slice 11.6.4
- format command and 11.11
- issues 11.14
- managing 11.3
- modifying options 11.3.3
- modifying timeout option 11.3.4
- multipathing 11.7, 11.7.2
- removing 11.3.5
- SCSI and 11.10
- timeout 11.7.2, 11.9
- using with Solaris Volume Manager 11.13.1.1
- using with volume managers 11.13.1
- using with VxVM 11.13.1.2
- using with ZFS 11.12, 11.13.2.1
- virtual domain information
- virtual function
- Ethernet network booting an I/O domain by using an 8.8.9.2
- virtual functions 8.7
- accessing Fibre Channel from a guest domain 8.10.8.1
- adding Ethernet to an I/O domain 8.8.8.1
- adding Fibre Channel to an I/O domain 8.10.7.1
- adding InfiniBand to an I/O domain 8.9.3.1
- adding InfiniBand to a root domain 8.9.4.1
- creating an I/O domain 8.8.10
- creating Ethernet 8.8.5, 8.8.5.1
- creating Ethernet VNICs on 8.8.9.4
- creating Fibre Channel 8.10.4.1
- creating InfiniBand 8.9.2.1
- destroying Ethernet 8.8.5, 8.8.6.1
- destroying Fibre Channel 8.10.5.1
- destroying InfiniBand 8.9.2.2
- device-specific Fibre Channel properties 8.10.3
- Ethernet 8.8, 8.8.5
- Fibre Channel 8.10
- Fibre Channel limitations 8.10.2
- Fibre Channel requirements 8.10.1, 8.10.2
- InfiniBand 8.9
- listing InfiniBand 8.9.5.1
- modifying Ethernet properties 8.8.7
- modifying Fibre Channel properties 8.10.6.1
- removing Fibre Channel from an I/O domain 8.10.7.2
- removing from an I/O domain 8.8.8.2
- removing InfiniBand to an I/O domain 8.9.3.2
- removing InfiniBand to a root domain 8.9.4.2
- using to create an I/O domain 8.8.10.1
- virtual input/output 1.3.3
- virtual machine 1.2
- virtual network 13.1
- virtual network devices 13.5
- controlling amount of physical network bandwidth 13.7
- virtual network terminal server daemon (vntsd) 1.3.3.3
- enabling 3.5.1
- virtual SCSI HBA and virtual SAN configurations 12.11
- virtual SCSI HBAs
- virtual switch 13.4
- configuring to enable NAT to an Oracle Solaris 11 domain 13.10.1
- VLAN
- VLAN ID (VID) 13.14.2
- VLAN tagging
- using 13.14
- VNICs
- creating SR-IOV virtual functions 8.8.9.4
- volume managers
- using with virtual disks 11.13.1
- VxVM