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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 selection
Administering Default Address Selection
- advertisement for 6to4 router
How to Configure a 6to4 Tunnel
- anonymous group
Failure Detection and the Anonymous Group Feature
- anycast addresses
How 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 site
Tunnel Between Two 6to4 Sites
C
- command, 6to4relay
- definition
6to4relay Command
- configuration files
- IPv6
- /etc/inet/ipaddrsel.conf file
Description of the /etc/inet/ipaddrsel.conf Configuration File
- configuring
- TCP/IP networks
- standard TCP/IP services
Administering Transport Layer Services
- congestion control
Implementing Traffic Congestion Control
D
- data addresses
Data Addresses
IPMP Support in Oracle Solaris
- default address selection
Description of the ipaddrsel Command- definition
Administering Default Address Selection
- IPv6 address selection policy table
How to Administer the IPv6 Address Selection Policy Table
- deprecated addresses
Test Addresses
- dladm command
- creating tunnels
How to Create and Configure an IP Tunnel
- deleting IP tunnels
How to Delete an IP Tunnel
- displaying tunnel information
Displaying IP Tunnel Configuration Information
- modifying tunnel configuration
Modifying an IP Tunnel Configuration
- dropped or lost packets
Determining if Packets Between Your System and a Remote System Are Being Dropped
- dynamic reconfiguration (DR)
- interoperation with IPMP
IPMP and Dynamic Reconfiguration
E
- /etc/default/inet_type file
How to Control the Display Output of IP-Related Commands
- /etc/default/inet_type file
- DEFAULT_IP value
Filtering 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 advertisement
How to Configure a 6to4 Tunnel
F
- FAILBACK
How to Configure the Behavior of the IPMP Daemon
- FAILBACK=no mode
Detecting Physical Interface Repairs
- failure detection
Failure 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 probing
Probe-Based Failure Detection Without Using Test Addresses
- FAIURE_DETECTON_TIME
How to Configure the Behavior of the IPMP Daemon
G
- group failures
Group Failure
H
- hosts
- checking host connectivity with ping
Probing Remote Hosts With the ping Command
- checking IP connectivity
Determining if Packets Between Your System and a Remote System Are Being Dropped
I
- ICMP protocol
- invoking, with ping
Probing Remote Hosts With the ping Command
- in.mpathd daemon
IPMP Components- configuring behavior of
How to Configure the Behavior of the IPMP Daemon
- in.ndpd daemon
- creating a log
How to Trace the Activities of the IPv6 Neighbor Discovery Daemon
- in.routed daemon
- creating a log
Logging Actions of the IPv4 Routing Daemon
- inet_type file
How to Control the Display Output of IP-Related Commands
- inetd daemon
- services started by
Administering Transport Layer Services
- interfaces
- checking packets
How to Check Packets From All Interfaces
- IP address
- packet forwarding
Enabling Packet Forwarding Globally
- IP interface
- privileged ports
Setting Up a Privileged Port
- TCP/IP protocol properties
Customizing 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) See
IPMP
- 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 forwarding
Enabling Packet Forwarding Globally
- IP tunnels
About 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-addr
How to Add IP Addresses to an IPMP Group
- create-ipmp
How to Configure an IPMP Group That Uses DHCP
- delete-addr
How to Delete IP Addresses From an IPMP Interface
- delete-ipmp
How to Delete an IPMP Group
- remove-ipmp
How to Remove an Interface From an IPMP Group
- set-prop
Customizing TCP/IP Properties
- show-prop
Customizing 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 addresses
How to Add IP Addresses to an IPMP Group
- adding an interface to a group
How to Add an Interface to an IPMP Group
- anonymous group
Failure Detection and the Anonymous Group Feature
- benefits
Benefits of Using IPMP
- configuration file (/etc/default/mpathd)
How to Configure the Behavior of the IPMP Daemon
IPMP Components
- configuring
- using static addresses
How to Configure an Active-Active IPMP Group
- with DHCP
How to Configure an IPMP Group That Uses DHCP
- creating the IPMP interface
How to Configure an IPMP Group That Uses DHCP
- data addresses
Data Addresses
- definition
What's New in IPMP
- deleting addresses
How to Delete IP Addresses From an IPMP Interface
- deleting an IPMP group
How to Delete an IPMP Group
- displaying information
- about groups
Obtaining IPMP Group Information
- data addresses
Obtaining IPMP Data Address Information
- probe statistics
Observing IPMP Probes
- probe targets
Obtaining IPMP Probe Target Information
- selecting fields to be displayed
Customizing the Output of the ipmpstat Command
- underlying IP interfaces
Obtaining Information About Underlying IP Interfaces of an IPMP Group
- using the ipmpstat command
Monitoring IPMP Information
- dynamic reconfiguration (DR)
IPMP and Dynamic Reconfiguration
- FAILBACK=no mode
FAILBACK=no Mode
- failure detection
Failure Detection in IPMP- link-based
Link-Based Failure Detection
- probe-based
Probe-Based Failure Detection
- transitive probing
Probe-Based Failure Detection Without Using Test Addresses
- using test addresses
Probe-Based Failure Detection Using Test Addresses
- failure detection and recovery
How IPMP Works
- group failures
Group Failure
- load spreading
Benefits of Using IPMP
- MAC address on SPARC platforms
How to Plan an IPMP Group
- machine-parsable output
Using the ipmpstat Command in Scripts
- maintaining
Administering IPMP
- manual configuration
How to Configure an Active-Active IPMP Group
- mechanics of
How IPMP Works
- moving an interface between groups
How 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 performance
Benefits of Using IPMP
- on SPARC based systems
How to Configure an IPMP Group That Uses DHCP
- planning
How to Plan an IPMP Group
- Reconfiguration Coordination Manager (RCM) framework
IPMP and Dynamic Reconfiguration
- removing an interface from a group
How to Remove an Interface From an IPMP Group
- repair detection
Detecting Physical Interface Repairs
- routing definitions
Maintaining IP Connectivity and Routing While Deploying IPMP
- rules for using
Rules for Using IPMP
- software components
IPMP Components
- STREAMS modules
How to Plan an IPMP Group
- test addresses
Test Addresses
- types
Types of IPMP Interface Configurations
- underlying interfaces
What's New in IPMP
- using the ipmpstat command in scripts
Using the ipmpstat Command in Scripts
- IPMP addresses
- IPv4 and IPv6 addresses
Test Addresses
- IPMP daemon See
in.mpathd daemon
- IPMP group
Configuring IPMP Groups
- IPMP interface
Configuring IPMP Groups
What's New in IPMP
- IPMP requirements
Rules for Using IPMP
- ipmpstat command
Monitoring IPMP Information
IPMP Active-Standby Configuration
IPMP Components
- customizing output
Customizing the Output of the ipmpstat Command
- data addresses
Obtaining IPMP Data Address Information
- in scripts
Using the ipmpstat Command in Scripts
- IPMP group information
Obtaining IPMP Group Information
- machine-parsable output
Using the ipmpstat Command in Scripts
- output modes
Monitoring IPMP Information
- probe statistics
Observing IPMP Probes
- probe targets
Obtaining IPMP Probe Target Information
- underlying interfaces
Obtaining Information About Underlying IP Interfaces of an IPMP Group
- IPv4 over IPv4 tunnels
Types of Tunnels
- IPv4 tunnels
Types of Tunnels
- IPv6
- default address selection policy table
Description of the ipaddrsel Command
- monitoring traffic
Monitoring IPv6 Network Traffic
- IPv6 over IPv4 tunnels
Types of Tunnels
L
- link-based failure detection
Link-Based Failure Detection
How IPMP Works
- load spreading
Benefits of Using IPMP
- lost or dropped packets
Determining if Packets Between Your System and a Remote System Are Being Dropped
M
- MAC addresses
- IPMP
How to Plan an IPMP Group
- migrating interfaces between IPMP groups
How to Move an Interface From One IPMP Group to Another IPMP Group
N
- ndpd.conf file
- 6to4 advertisement
How to Configure a 6to4 Tunnel
- netstat command
- description
Monitoring Network Status With the netstat Command
- IPv6 extensions
Filtering netstat Output by Address Type
- syntax
Monitoring Network Status With the netstat Command
- network configuration
- configuring
- services
Administering Transport Layer Services
- new features
- default address selection
Administering Default Address Selection
- NOFAILOVER
Test Addresses
P
- packet flow
- relay router
Packet Flow Between a 6to4 Site and a Native IPv6 Site
- through tunnel
Packet Flow Through a 6to4 Tunnel
- packet flow, IPv6
- native IPv6 and 6to4
Packet Flow Between a 6to4 Site and a Native IPv6 Site
- through 6to4 tunnel
Packet Flow Through a 6to4 Tunnel
- packet forwarding
- on protocols
Enabling Packet Forwarding Globally
- packets
- checking flow
Monitoring Packet Transfers With the snoop Command
- displaying contents
Monitoring Packet Transfers With the snoop Command
- dropped or lost
Determining if Packets Between Your System and a Remote System Are Being Dropped
- observing on the IP layer
Monitoring Packets by Using IP Layer Devices
- ping command
Determining if Packets Between Your System and a Remote System Are Being Dropped- description
Probing Remote Hosts With the ping Command
- extensions for IPv6
ping Command Modifications for IPv6 Support
- running
Determining if Packets Between Your System and a Remote System Are Being Dropped
- –s option
Determining 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 flow
Monitoring Packet Transfers With the snoop Command
- privileged ports
Setting Up a Privileged Port
- probe-based failure detection
How IPMP Works- choosing type of probe-based detection
Selecting a Failure Detection Method
- selecting target systems
How to Manually Specify Target Systems for Probe-Based Failure Detection
- target requirements
Requirements for Choosing Targets for Probe-based Failure Detection
- transitive probing
Probe-Based Failure Detection Without Using Test Addresses
Failure Detection in IPMP
- using test addresses
Probe-Based Failure Detection Using Test Addresses
- probes
- probe statistics
Observing IPMP Probes
- probe targets
Obtaining IPMP Probe Target Information
- protocols, properties of
Customizing TCP/IP Properties
R
- Reconfiguration Coordination Manager (RCM) framework
IPMP and Dynamic Reconfiguration
- relay router (6to4)
- security issues
Considerations for Enabling Tunnels to a 6to4 Relay Router
- relay router, 6to4
- command
6to4relay 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 time
Detecting Physical Interface Repairs
- route command
- –inet6 option
About Probe-Based Failure Detection
- routers
- role in 6to4 topology
Topology of a 6to4 Tunnel
- routing and IPMP
Maintaining IP Connectivity and Routing While Deploying IPMP
- routing tables
- tracing all routes
Tracing All Routes
S
- 6to4 tunnels
Types of Tunnels- packet flow
Packet Flow Through a 6to4 Tunnel
- relay router
How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- sample topology
Topology of a 6to4 Tunnel
- 6to4relay command
How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- 6to4relay command
- tunnel configuration tasks
How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- –s option
- ping command
Determining if Packets Between Your System and a Remote System Are Being Dropped
- services database
- updating, for SCTP
How to Add an inetd Based Service That
Runs Over a Transport Layer Protocol
- snoop command
- checking packet flow
Monitoring Packet Transfers With the snoop Command
- checking packets between server and client
How to Check Packets Between an IPv4 Server and a Client
- checking packets on the IP layer
Monitoring Packets by Using IP Layer Devices
- displaying packet contents
Monitoring Packet Transfers With the snoop Command
- extensions for IPv6
snoop Command Modifications for IPv6 Support
- –ip6 protocol keyword
snoop Command Modifications for IPv6 Support
- monitoring IPv6 traffic
Monitoring IPv6 Network Traffic
- statistics
- packet transmission (ping)
Determining if Packets Between Your System and a Remote System Are Being Dropped
- STREAMS modules
- IPMP
How to Plan an IPMP Group
- subnets
- IPv6
- topology for 6to4 router
Tunnel Between Two 6to4 Sites
T
- –t option
- inetd daemon
Administering Transport Layer Services
- target systems for probe-based failure detection
How to Manually Specify Target Systems for Probe-Based Failure Detection
- TCP receive buffer size
Changing the TCP Receive Buffer Size
- TCP wrappers, enabling
How to Use TCP Wrappers to Control Access to TCP
Services
- TCP/IP networks
- configuring
- standard TCP/IP services
Administering Transport Layer Services
- troubleshooting
How to Check Packets Between an IPv4 Server and a Client- displaying packet contents
Monitoring Packet Transfers With the snoop Command
- netstat command
Monitoring Network Status With the netstat Command
- packet loss
Determining 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 services
Administering Transport Layer Services
- test addresses
Test Addresses
- traceroute command
- definition
Displaying Routing Information With the traceroute Command
- extensions for IPv6
traceroute Command Modifications for IPv6 Support
- tracing routes
Tracing All Routes
- TRACK_INTERFACES_ONLY_WITH_GROUPS
How to Configure the Behavior of the IPMP Daemon
- transitive probing
Probe-Based Failure Detection Without Using Test Addresses- enabling and disabling
Selecting a Failure Detection Method
- transport layer protocol
- adding inetd based services
How to Add an inetd Based Service That
Runs Over a Transport Layer Protocol
- troubleshooting
- checking PPP links
- packet flow
Monitoring Packet Transfers With the snoop Command
- TCP/IP networks
- checking packets between client and server
How to Check Packets Between an IPv4 Server and a Client
- monitoring network status with netstat command
Monitoring Network Status With the netstat Command
- monitoring packet transfer on the IP layer
Monitoring Packets by Using IP Layer Devices
- monitoring packet transfer with snoop command
Monitoring Packet Transfers With the snoop Command
- packet loss
Determining 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 ping command
Probing Remote Hosts With the ping Command
- traceroute command
Displaying Routing Information With the traceroute Command
- tracing in.ndpd activity
How to Trace the Activities of the IPv6 Neighbor Discovery Daemon
- tracing in.routed activity
Logging Actions of the IPv4 Routing Daemon
- tunnel configuration
- 6to4
Creating a 6to4 Tunnel
- IPv4 over IPv4
Creating an IPv4 Interface Over an IPv4 Tunnel
- IPv6 over IPv4
Creating an IPv6 Interface Over an IPv4 Tunnel
- IPv6 over IPv6
Creating an IPv6 Interface Over an IPv6 Tunnel
- tunnel destination address
Requirements for Creating IP Tunnels
- tunnel links
About IP Tunnel Administration
- tunnel source address
Requirements for Creating IP Tunnels
- tunnels
About IP Tunnel Administration- 6to4 tunnels
6to4 Tunnels- packet flow
Packet Flow Between a 6to4 Site and a Native IPv6 Site
- configuring IPv6
- to a 6to4 relay router
How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- configuring with dladm commands
Administering IP Tunnels
- creating and configuring tunnels
How to Create and Configure an IP Tunnel
- deleting IP tunnels
How to Delete an IP Tunnel
- deploying
About Deploying IP Tunnels
- dladm commands
- create-iptun
How to Create and Configure an IP Tunnel
- delete-iptun
How to Delete an IP Tunnel
- modify-iptun
Modifying an IP Tunnel Configuration
- show-iptun
Displaying IP Tunnel Configuration Information
- subcommands to configure tunnels
About IP Tunnel Administration in Oracle Solaris
- hoplimit
How to Create and Configure an IP Tunnel
- IPv4
Tunnels in the Combined IPv6 and IPv4 Network Environments
- IPv6
Tunnels in the Combined IPv6 and IPv4 Network Environments
- local and remote addresses
Modifying an IP Tunnel Configuration
- modifying tunnel configuration
Modifying an IP Tunnel Configuration
- packet encapsulation
Types of Tunnels
- required IP interfaces
Requirements for IP Tunnels and IP Interfaces
- requirements for creating
About Deploying IP Tunnels
- topology, to 6to4 relay router
Tunnel 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 flow
Packet Flow Through a 6to4 Tunnel
- tunnels, 6to4
- topology
Topology of a 6to4 Tunnel
- types
Types of Tunnels- 6to4
Types of Tunnels
- IPv4
Types of Tunnels
- IPv4 over IPv4
Types of Tunnels
- IPv6 over IPv4
Types of Tunnels
- VPNs See
virtual private networks (VPN)
- tunnels (6to4)
- packet flow
Packet Flow Between a 6to4 Site and a Native IPv6 Site
U
- /usr/sbin/6to4relay command
How to Enable a 6to4 Tunnel to a 6to4 Relay Router
- /usr/sbin/inetd daemon
- services started by
Administering Transport Layer Services
- /usr/sbin/ping command
Determining if Packets Between Your System and a Remote System Are Being Dropped- description
Probing Remote Hosts With the ping Command
- running
Determining 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, TCP
How to Use TCP Wrappers to Control Access to TCP
Services