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The site prefix is used to derive IPv6 addresses for all the nodes in your IPv6 implementation. For an introduction to site prefixes, refer to Prefixes in IPv6. In such an instance, you can use one of several workarounds. If your organization is an ISP, then you obtain site prefixes for your customers from the appropriate Internet registry.

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Unless your proposed IPv6 network is entirely new, use your existing IPv4 topology as the basis for the IPv6 numbering scheme. Begin your numbering scheme by mapping your existing IPv4 subnets into equivalent IPv6 subnets. Subnets 1—4 use the RFC IPv4 private address designation for the first 16 bits of their addresses, in addition to the digits 1—4 to indicate the subnet. The following table shows how the private IPv4 prefixes map into IPv6 prefixes.

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For most hosts, stateless autoconfiguration of IPv6 addresses for their interfaces is an appropriate, time saving strategy. When the host receives the site prefix from the nearest router, Neighbor Discovery automatically generates IPv6 addresses for each interface on the host. Servers need to have stable IPv6 addresses. If you do not manually configure a server's IPv6 addresses, a new IPv6 address is autoconfigured whenever a NIC card is replaced on the server. Keep the following tips in mind when you create addresses for servers:.

Give servers meaningful and stable interface IDs. One strategy is to use a sequential numbering scheme for interface IDs.


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Alternatively, if you do not regularly renumber your IPv4 network, consider using the existing IPv4 addresses of the routers and servers as their interface IDs. You can convert the IPv4 address to hexadecimal and use the result as the interface ID. The new interface ID would be bcF. Only use this approach if you own the registered IPv4 address, rather than having obtained the address from an ISP.

Due to the limited number of IPv4 addresses, in the past a network designer had to consider where to use global, registered addresses and private, RFC addresses. However, the notion of global and private IPv4 addresses does not apply to IPv6 addresses. You can use global unicast addresses, which include the site prefix, on all links of the network, including the public DMZ. The first stage is to assemble the hardware. Many of the tasks in this chapter apply to both IPv4-only and IPv6-enabled networks.

Where configuration tasks differ between the two addressing formats, the IPv4 configuration steps are in this chapter. Get a registered network number, which enables systems at your site to communicate externally. Plan the IPv4 addressing scheme for the network. If applicable, include subnet addressing. Assemble the network hardware depending on the network topology. Assure that the hardware is functioning properly. Set up the systems, network media, routers, switches, hubs and bridges that you outlined in the network topology design.

Assign the IPv4 addresses during Solaris OS installation or post installation, in the appropriate files. Run configuration software that is required by network interfaces and routers, if applicable. You can configure these systems to obtain configuration information from files on the local system or from files that are located on other systems on the network. You need the following configuration information:. The system should have its own disk, though this recommendation is not strictly necessary. Systems that function exclusively as print servers do not need to run in local files mode.

Whether individual hosts should run in local files mode depends on the size of your network. If you are running a very small network, the amount of work that is involved in maintaining these files on individual hosts is manageable. If your network serves hundreds of hosts, the task becomes difficult, even with the network divided into a number of administrative subdomains.

Transition from IPv4 to IPv6: A State-of-the-Art Survey

Thus, for large networks, using local files mode is usually less efficient. However, because routers and servers must be self-sufficient, they should be configured in local files mode. These servers support three booting protocols:.


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Refer to the in. Bootparams — The Bootparams protocol supplies parameters for booting that are required by clients that boot off the network. The rpc. Refer to the bootparamd 1M man page for details. If you are configuring any hosts as network clients, then you must also configure at least one system on your network as a network configuration server. If your network is subnetted, then you must have at least one network configuration server for each subnet with network clients. Any host that obtains its configuration information from a network configuration server operates in network client mode.

Network client mode simplifies administration of large networks. Network client mode minimizes the number of configuration tasks that you perform on individual hosts.

Introduction to IPv6 Transition

Network client mode assures that all systems on the network adhere to the same configuration standards. You can configure network client mode on all types of computers.

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For example, you can configure network client mode on standalone systems. Configurations are not limited to either an all-local-files mode or an all-network-client mode. Routers and servers should always be configured in local mode. For hosts, you can use any combination of local files and network client mode. The network has one network configuration server, which is called sahara. Hosts tenere and nubian have their own disks and run in local files mode. Host faiyum also has a disk, but this system operates in network client mode.

Finally, the system timbuktu is configured as a router. The system includes two network interfaces. The first interface is named timbuktu. This interface belongs to network The second interface is named timbuktu Both networks are in the organizational domain deserts. The domain uses local files as its name service. If you are changing from a network that does not use a subnet to a network that does use a subnet, perform the tasks in the following task map. The information in this section applies to IPv4 subnets only.

Decide on the new subnet topology, including where to locate routers and hosts on the subnets. Assign the IP addresses with the new subnet number to the systems to become members of the subnet. Or, supply the netmask to the Solaris installation program. Involves editing the nodename , hostname , hosts , defaultdomain , defaultrouter , and netmasks files. Involves turning on the in. Involves creating the hostname file, editing the hosts file, and deleting the nodename and defaultdomain files, if they exist.

Involves changing the host name, IP address, and other parameters that were set at installation or configured at a later time. Network software installation occurs along with the installation of the operating system software.

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At that time, certain IP configuration parameters must be stored in appropriate files so that they can be read at boot time. The network configuration process involves creating or editing the network configuration files. How configuration information is made available to a system's kernel is conditional. The availability depends on whether these files are stored locally local files mode or acquired from the network configuration server network client mode.

The parameters that are supplied during network configuration follow:. The host names of each system on the network. You can type the host name in a local file or a name service database. The default router addresses. You supply this information if you have a simple network topology with only one router attached to each network.

If the Solaris installation program detects more one interface on the system, you can optionally configure the additional interfaces during installation. This chapter contains information on creating and editing local configuration files. The Primary Administrator role includes the Primary Administrator profile.


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  6. Make sure that the node name entry is the correct host name for the system.