Go to main content
Index
A
- active-active configuration
How to Configure an Active-Active IPMP Group- Types of IPMP Interface Configurations
- active-standby configuration
- How to Configure an Active-Standby IPMP Group
- Types of IPMP Interface Configurations
- address migration
- Data Addresses
- IPMP Support in Oracle Solaris
- addresses
- default address selectionAdministering Default Address Selection
- advertisement for 6to4 routerHow to Configure a 6to4 Tunnel
- anonymous groupFailure Detection and the Anonymous Group Feature
- anycast addressesHow to Enable a 6to4 Tunnel to a 6to4 Relay Router
- anycast groups
- relay router (6to4)How to Enable a 6to4 Tunnel to a 6to4 Relay Router
B
- bandwidth delay product (BDP)Changing the TCP Receive Buffer Size
- boundary router, in 6to4 siteTunnel Between Two 6to4 Sites
C
- command, 6to4relay
- definition6to4relay Command
- configuration files
- IPv6
- /etc/inet/ipaddrsel.conf fileDescription of the /etc/inet/ipaddrsel.conf Configuration File
- configuring
- TCP/IP networks
- standard TCP/IP servicesAdministering Transport Layer Services
- congestion controlImplementing Traffic Congestion Control
D
- data addresses
- Data Addresses
- IPMP Support in Oracle Solaris
- default address selectionDescription of the ipaddrsel Command
- definitionAdministering Default Address Selection
- IPv6 address selection policy tableHow to Administer the IPv6 Address Selection Policy Table
- deprecated addressesTest Addresses
- dladm command
- creating tunnelsHow to Create and Configure an IP Tunnel
- deleting IP tunnelsHow to Delete an IP Tunnel
- displaying tunnel informationDisplaying IP Tunnel Configuration Information
- modifying tunnel configurationModifying an IP Tunnel Configuration
- dropped or lost packetsDetermining if Packets Between Your System and a Remote System Are Being Dropped
- dynamic reconfiguration (DR)
- interoperation with IPMPIPMP and Dynamic Reconfiguration
E
- /etc/default/inet_type fileHow to Control the Display Output of IP-Related Commands
- /etc/default/inet_type file
- DEFAULT_IP valueFiltering netstat Output by Address Type
- /etc/default/mpathd file
- How to Configure the Behavior of the IPMP Daemon
- IPMP Components
- /etc/inet/ipaddrsel.conf file
- How to Administer the IPv6 Address Selection Policy Table
- Description of the /etc/inet/ipaddrsel.conf Configuration File
- /etc/inet/ndpd.conf file
- 6to4 router advertisementHow to Configure a 6to4 Tunnel
F
- FAILBACKHow to Configure the Behavior of the IPMP Daemon
- FAILBACK=no modeDetecting Physical Interface Repairs
- failure detectionFailure Detection in IPMP
- link-based
- Link-Based Failure Detection
- Failure Detection in IPMP
- How IPMP Works
- probe-based
- Failure Detection in IPMP
- How IPMP Works
- transitive probingProbe-Based Failure Detection Without Using Test Addresses
- FAIURE_DETECTON_TIMEHow to Configure the Behavior of the IPMP Daemon
G
- group failuresGroup Failure
H
- hosts
- checking host connectivity with pingProbing Remote Hosts With the ping Command
- checking IP connectivityDetermining if Packets Between Your System and a Remote System Are Being Dropped
I
- ICMP protocol
- invoking, with pingProbing Remote Hosts With the ping Command
- in.mpathd daemonIPMP Components
- configuring behavior ofHow to Configure the Behavior of the IPMP Daemon
- in.ndpd daemon
- creating a logHow to Trace the Activities of the IPv6 Neighbor Discovery Daemon
- in.routed daemon
- creating a logLogging Actions of the IPv4 Routing Daemon
- inet_type fileHow to Control the Display Output of IP-Related Commands
- inetd daemon
- services started byAdministering Transport Layer Services
- interfaces
- checking packetsHow to Check Packets From All Interfaces
- IP address
- packet forwardingEnabling Packet Forwarding Globally
- IP interface
- privileged portsSetting Up a Privileged Port
- TCP/IP protocol propertiesCustomizing TCP/IP Properties
- IP interfaces
- configured over tunnels
- How to Configure a 6to4 Tunnel
- How to Create and Configure an IP Tunnel
- Requirements for IP Tunnels and IP Interfaces
- IP network multipathing (IPMP) SeeIPMP
- IP protocol
- checking host connectivity
- Determining if Packets Between Your System and a Remote System Are Being Dropped
- Probing Remote Hosts With the ping Command
- enabling packet forwardingEnabling Packet Forwarding Globally
- IP tunnelsAbout IP Tunnel Administration
- ipaddrsel.conf file
- How to Administer the IPv6 Address Selection Policy Table
- Description of the /etc/inet/ipaddrsel.conf Configuration File
- ipaddrsel command
- How to Administer the IPv6 Address Selection Policy Table
- Description of the ipaddrsel Command
- ipadm command
- add-ipmp
- How to Move an Interface From One IPMP Group to Another IPMP Group
- How to Add an Interface to an IPMP Group
- How to Configure an IPMP Group That Uses DHCP
- create-addrHow to Add IP Addresses to an IPMP Group
- create-ipmpHow to Configure an IPMP Group That Uses DHCP
- delete-addrHow to Delete IP Addresses From an IPMP Interface
- delete-ipmpHow to Delete an IPMP Group
- remove-ipmpHow to Remove an Interface From an IPMP Group
- set-propCustomizing TCP/IP Properties
- show-propCustomizing TCP/IP Properties
- IPMP
- active-active configuration
- How to Configure an Active-Active IPMP Group
- Types of IPMP Interface Configurations
- active-standby configuration
- How to Configure an Active-Standby IPMP Group
- How to Configure an IPMP Group That Uses DHCP
- How IPMP Works
- Types of IPMP Interface Configurations
- adding addressesHow to Add IP Addresses to an IPMP Group
- adding an interface to a groupHow to Add an Interface to an IPMP Group
- anonymous groupFailure Detection and the Anonymous Group Feature
- benefitsBenefits of Using IPMP
- configuration file (/etc/default/mpathd)
- How to Configure the Behavior of the IPMP Daemon
- IPMP Components
- configuring
- using static addressesHow to Configure an Active-Active IPMP Group
- with DHCPHow to Configure an IPMP Group That Uses DHCP
- creating the IPMP interfaceHow to Configure an IPMP Group That Uses DHCP
- data addressesData Addresses
- definitionWhat's New in IPMP
- deleting addressesHow to Delete IP Addresses From an IPMP Interface
- deleting an IPMP groupHow to Delete an IPMP Group
- displaying information
- about groupsObtaining IPMP Group Information
- data addressesObtaining IPMP Data Address Information
- probe statisticsObserving IPMP Probes
- probe targetsObtaining IPMP Probe Target Information
- selecting fields to be displayedCustomizing the Output of the ipmpstat Command
- underlying IP interfacesObtaining Information About Underlying IP Interfaces of an IPMP Group
- using the ipmpstat commandMonitoring IPMP Information
- dynamic reconfiguration (DR)IPMP and Dynamic Reconfiguration
- FAILBACK=no modeFAILBACK=no Mode
- failure detectionFailure Detection in IPMP
- link-basedLink-Based Failure Detection
- probe-basedProbe-Based Failure Detection
- transitive probingProbe-Based Failure Detection Without Using Test Addresses
- using test addressesProbe-Based Failure Detection Using Test Addresses
- failure detection and recoveryHow IPMP Works
- group failuresGroup Failure
- load spreadingBenefits of Using IPMP
- MAC address on SPARC platformsHow to Plan an IPMP Group
- machine-parsable outputUsing the ipmpstat Command in Scripts
- maintainingAdministering IPMP
- manual configurationHow to Configure an Active-Active IPMP Group
- mechanics ofHow IPMP Works
- moving an interface between groupsHow to Move an Interface From One IPMP Group to Another IPMP Group
- multipathing daemon (in.mpathd)
- Probe-Based Failure Detection Using Test Addresses
- IPMP Components
- network performanceBenefits of Using IPMP
- on SPARC based systemsHow to Configure an IPMP Group That Uses DHCP
- planningHow to Plan an IPMP Group
- Reconfiguration Coordination Manager (RCM) frameworkIPMP and Dynamic Reconfiguration
- removing an interface from a groupHow to Remove an Interface From an IPMP Group
- repair detectionDetecting Physical Interface Repairs
- routing definitionsMaintaining IP Connectivity and Routing While Deploying IPMP
- rules for usingRules for Using IPMP
- software componentsIPMP Components
- STREAMS modulesHow to Plan an IPMP Group
- test addressesTest Addresses
- typesTypes of IPMP Interface Configurations
- underlying interfacesWhat's New in IPMP
- using the ipmpstat command in scriptsUsing the ipmpstat Command in Scripts
- IPMP addresses
- IPv4 and IPv6 addressesTest Addresses
- IPMP daemon Seein.mpathd daemon
- IPMP groupConfiguring IPMP Groups
- IPMP interface
- Configuring IPMP Groups
- What's New in IPMP
- IPMP requirementsRules for Using IPMP
- ipmpstat command
- Monitoring IPMP Information
- IPMP Active-Standby Configuration
- IPMP Components
- customizing outputCustomizing the Output of the ipmpstat Command
- data addressesObtaining IPMP Data Address Information
- in scriptsUsing the ipmpstat Command in Scripts
- IPMP group informationObtaining IPMP Group Information
- machine-parsable outputUsing the ipmpstat Command in Scripts
- output modesMonitoring IPMP Information
- probe statisticsObserving IPMP Probes
- probe targetsObtaining IPMP Probe Target Information
- underlying interfacesObtaining Information About Underlying IP Interfaces of an IPMP Group
- IPv4 over IPv4 tunnelsTypes of Tunnels
- IPv4 tunnelsTypes of Tunnels
- IPv6
- default address selection policy tableDescription of the ipaddrsel Command
- monitoring trafficMonitoring IPv6 Network Traffic
- IPv6 over IPv4 tunnelsTypes of Tunnels
L
- link-based failure detection
- Link-Based Failure Detection
- How IPMP Works
- load spreadingBenefits of Using IPMP
- lost or dropped packetsDetermining if Packets Between Your System and a Remote System Are Being Dropped
M
- MAC addresses
- IPMPHow to Plan an IPMP Group
- migrating interfaces between IPMP groupsHow to Move an Interface From One IPMP Group to Another IPMP Group
N
- ndpd.conf file
- 6to4 advertisementHow to Configure a 6to4 Tunnel
- netstat command
- descriptionMonitoring Network Status With the netstat Command
- IPv6 extensionsFiltering netstat Output by Address Type
- syntaxMonitoring Network Status With the netstat Command
- network configuration
- configuring
- servicesAdministering Transport Layer Services
- new features
- default address selectionAdministering Default Address Selection
- NOFAILOVERTest Addresses
P
- packet flow
- relay routerPacket Flow Between a 6to4 Site and a Native IPv6 Site
- through tunnelPacket Flow Through a 6to4 Tunnel
- packet flow, IPv6
- native IPv6 and 6to4Packet Flow Between a 6to4 Site and a Native IPv6 Site
- through 6to4 tunnelPacket Flow Through a 6to4 Tunnel
- packet forwarding
- on protocolsEnabling Packet Forwarding Globally
- packets
- checking flowMonitoring Packet Transfers With the snoop Command
- displaying contentsMonitoring Packet Transfers With the snoop Command
- dropped or lostDetermining if Packets Between Your System and a Remote System Are Being Dropped
- observing on the IP layerMonitoring Packets by Using IP Layer Devices
- ping commandDetermining if Packets Between Your System and a Remote System Are Being Dropped
- descriptionProbing Remote Hosts With the ping Command
- extensions for IPv6ping Command Modifications for IPv6 Support
- runningDetermining if Packets Between Your System and a Remote System Are Being Dropped
- –s optionDetermining if Packets Between Your System and a Remote System Are Being Dropped
- syntax
- Probing Remote Hosts With the ping Command
- Probing Remote Hosts With the ping Command
- PPP links
- troubleshooting
- packet flowMonitoring Packet Transfers With the snoop Command
- privileged portsSetting Up a Privileged Port
- probe-based failure detectionHow IPMP Works
- choosing type of probe-based detectionSelecting a Failure Detection Method
- selecting target systemsHow to Manually Specify Target Systems for Probe-Based Failure Detection
- target requirementsRequirements for Choosing Targets for Probe-based Failure Detection
- transitive probing
- Probe-Based Failure Detection Without Using Test Addresses
- Failure Detection in IPMP
- using test addressesProbe-Based Failure Detection Using Test Addresses
- probes
- probe statisticsObserving IPMP Probes
- probe targetsObtaining IPMP Probe Target Information
- protocols, properties ofCustomizing TCP/IP Properties
R
- Reconfiguration Coordination Manager (RCM) frameworkIPMP and Dynamic Reconfiguration
- relay router (6to4)
- security issuesConsiderations for Enabling Tunnels to a 6to4 Relay Router
- relay router, 6to4
- command6to4relay Command
- relay router, 6to4 tunnel configuration
- How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- repair detection timeDetecting Physical Interface Repairs
- route command
- –inet6 optionAbout Probe-Based Failure Detection
- routers
- role in 6to4 topologyTopology of a 6to4 Tunnel
- routing and IPMPMaintaining IP Connectivity and Routing While Deploying IPMP
- routing tables
- tracing all routesTracing All Routes
S
- 6to4 tunnelsTypes of Tunnels
- packet flowPacket Flow Through a 6to4 Tunnel
- relay routerHow to Enable a 6to4 Tunnel to a 6to4 Relay Router
- sample topologyTopology of a 6to4 Tunnel
- 6to4relay commandHow to Enable a 6to4 Tunnel to a 6to4 Relay Router
- 6to4relay command
- tunnel configuration tasksHow to Enable a 6to4 Tunnel to a 6to4 Relay Router
- –s option
- ping commandDetermining if Packets Between Your System and a Remote System Are Being Dropped
- services database
- updating, for SCTPHow to Add an inetd Based Service That
Runs Over a Transport Layer Protocol
- snoop command
- checking packet flowMonitoring Packet Transfers With the snoop Command
- checking packets between server and clientHow to Check Packets Between an IPv4 Server and a Client
- checking packets on the IP layerMonitoring Packets by Using IP Layer Devices
- displaying packet contentsMonitoring Packet Transfers With the snoop Command
- extensions for IPv6snoop Command Modifications for IPv6 Support
- –ip6 protocol keywordsnoop Command Modifications for IPv6 Support
- monitoring IPv6 trafficMonitoring IPv6 Network Traffic
- statistics
- packet transmission (ping)Determining if Packets Between Your System and a Remote System Are Being Dropped
- STREAMS modules
- IPMPHow to Plan an IPMP Group
- subnets
- IPv6
- topology for 6to4 routerTunnel Between Two 6to4 Sites
T
- –t option
- inetd daemonAdministering Transport Layer Services
- target systems for probe-based failure detectionHow to Manually Specify Target Systems for Probe-Based Failure Detection
- TCP receive buffer sizeChanging the TCP Receive Buffer Size
- TCP wrappers, enablingHow to Use TCP Wrappers to Control Access to TCP
Services
- TCP/IP networks
- configuring
- standard TCP/IP servicesAdministering Transport Layer Services
- troubleshootingHow to Check Packets Between an IPv4 Server and a Client
- displaying packet contentsMonitoring Packet Transfers With the snoop Command
- netstat commandMonitoring Network Status With the netstat Command
- packet lossDetermining if Packets Between Your System and a Remote System Are Being Dropped
- ping command
- Determining if Packets Between Your System and a Remote System Are Being Dropped
- Probing Remote Hosts With the ping Command
- TCP/IP protocol suite
- standard servicesAdministering Transport Layer Services
- test addressesTest Addresses
- traceroute command
- definitionDisplaying Routing Information With the traceroute Command
- extensions for IPv6traceroute Command Modifications for IPv6 Support
- tracing routesTracing All Routes
- TRACK_INTERFACES_ONLY_WITH_GROUPSHow to Configure the Behavior of the IPMP Daemon
- transitive probingProbe-Based Failure Detection Without Using Test Addresses
- enabling and disablingSelecting a Failure Detection Method
- transport layer protocol
- adding inetd based servicesHow to Add an inetd Based Service That
Runs Over a Transport Layer Protocol
- troubleshooting
- checking PPP links
- packet flowMonitoring Packet Transfers With the snoop Command
- TCP/IP networks
- checking packets between client and serverHow to Check Packets Between an IPv4 Server and a Client
- monitoring network status with netstat commandMonitoring Network Status With the netstat Command
- monitoring packet transfer on the IP layerMonitoring Packets by Using IP Layer Devices
- monitoring packet transfer with snoop commandMonitoring Packet Transfers With the snoop Command
- packet lossDetermining if Packets Between Your System and a Remote System Are Being Dropped
- ping commandDetermining if Packets Between Your System and a Remote System Are Being Dropped
- probing remote hosts with ping commandProbing Remote Hosts With the ping Command
- traceroute commandDisplaying Routing Information With the traceroute Command
- tracing in.ndpd activityHow to Trace the Activities of the IPv6 Neighbor Discovery Daemon
- tracing in.routed activityLogging Actions of the IPv4 Routing Daemon
- tunnel configuration
- 6to4Creating a 6to4 Tunnel
- IPv4 over IPv4Creating an IPv4 Interface Over an IPv4 Tunnel
- IPv6 over IPv4Creating an IPv6 Interface Over an IPv4 Tunnel
- IPv6 over IPv6Creating an IPv6 Interface Over an IPv6 Tunnel
- tunnel destination addressRequirements for Creating IP Tunnels
- tunnel linksAbout IP Tunnel Administration
- tunnel source addressRequirements for Creating IP Tunnels
- tunnelsAbout IP Tunnel Administration
- 6to4 tunnels6to4 Tunnels
- packet flowPacket Flow Between a 6to4 Site and a Native IPv6 Site
- configuring IPv6
- to a 6to4 relay routerHow to Enable a 6to4 Tunnel to a 6to4 Relay Router
- configuring with dladm commandsAdministering IP Tunnels
- creating and configuring tunnelsHow to Create and Configure an IP Tunnel
- deleting IP tunnelsHow to Delete an IP Tunnel
- deployingAbout Deploying IP Tunnels
- dladm commands
- create-iptunHow to Create and Configure an IP Tunnel
- delete-iptunHow to Delete an IP Tunnel
- modify-iptunModifying an IP Tunnel Configuration
- show-iptunDisplaying IP Tunnel Configuration Information
- subcommands to configure tunnelsAbout IP Tunnel Administration in Oracle Solaris
- hoplimitHow to Create and Configure an IP Tunnel
- IPv4Tunnels in the Combined IPv6 and IPv4 Network Environments
- IPv6Tunnels in the Combined IPv6 and IPv4 Network Environments
- local and remote addressesModifying an IP Tunnel Configuration
- modifying tunnel configurationModifying an IP Tunnel Configuration
- packet encapsulationTypes of Tunnels
- required IP interfacesRequirements for IP Tunnels and IP Interfaces
- requirements for creatingAbout Deploying IP Tunnels
- topology, to 6to4 relay routerTunnel From a 6to4 Site to a 6to4 Relay Router
- tunnel destination address (tdst)Requirements for Creating IP Tunnels
- tunnel source address (tsrc)Requirements for Creating IP Tunnels
- tunnels (6to4)
- packet flowPacket Flow Through a 6to4 Tunnel
- tunnels, 6to4
- topologyTopology of a 6to4 Tunnel
- typesTypes of Tunnels
- 6to4Types of Tunnels
- IPv4Types of Tunnels
- IPv4 over IPv4Types of Tunnels
- IPv6 over IPv4Types of Tunnels
- VPNs Seevirtual private networks (VPN)
- tunnels (6to4)
- packet flowPacket Flow Between a 6to4 Site and a Native IPv6 Site
U
- /usr/sbin/6to4relay commandHow to Enable a 6to4 Tunnel to a 6to4 Relay Router
- /usr/sbin/inetd daemon
- services started byAdministering Transport Layer Services
- /usr/sbin/ping commandDetermining if Packets Between Your System and a Remote System Are Being Dropped
- descriptionProbing Remote Hosts With the ping Command
- runningDetermining if Packets Between Your System and a Remote System Are Being Dropped
- underlying interfaces, in IPMP
- How to Configure an IPMP Group That Uses DHCP
- What's New in IPMP
V
- virtual private networks (VPN)About IP Tunnel Administration in Oracle Solaris
W
- wrappers, TCPHow to Use TCP Wrappers to Control Access to TCP
Services