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In order to configure routing, it is necessary to enable the appropriate network interfaces. In this chapter, we will assume that an Ethernet network is being used, thus, each system that acts as a router must have at least two Ethernet interfaces installed. In addition, Solaris also supports multiple Ethernet interfaces to be installed on a single machine. These are usually designated by files like /etc/hostname.hmen for dual-homed systems, /etc/hostname.qen for quad-homed hosts, or /etc/hostname.len for older machines, where n is the interface number. Interface files contain an FQDN, with the primary network interface being designated with an interface number of 0. Thus, the primary interface of a machine called server would be defined by the file /etc/hostname.hme0, which might contain the FQDN external.server.com. A secondary network interface, connected to a different subnet, might be defined in the file /etc/hostname.hme1. In this case, the file might contain the address internal.server.com. A system with a second network interface can act either as a router or as a multihomed host. Hostnames and IP addresses are locally administered through a naming service, which is usually the Domain Name Service (DNS) for companies connected to the Internet, and the Network Information Service (NIS/NIS+) for companies with large internal

Part V:

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networks that require administrative functions beyond what DNS provides, including centralized authentication. It is also worth mentioning at this point that it is quite possible to assign different IP addresses to the same network interface, which can be useful for hosting virtual domains that require their own IP address, rather than relying on application-level support for multihoming (e.g., when using the Apache Web server). Simply create a new /etc/hostname.hmeX:Y file for each IP address required, where X represents the physical device interface, and Y represents the virtual interface number. In the examples presented in the introduction to this chapter, each of the routers had two interfaces, one for the internal network and one for the external Internet. The subnet mask used by each of these interfaces must also be defined in /etc/netmasks. This is particularly important if the interfaces lie on different subnets or serve different network classes. In addition, it might also be appropriate to assign an FQDN to each of the interfaces, although this will depend on the purpose to which each interface is assigned. For the system router.subsidiary.com, there will be two hostname files created in the /etc directory. When installing a system as a router, it is necessary to determine which network interface to use as the external interface for passing information between networks. This interface must be defined in the file /etc/defaultrouter, by including that interface s IP address. These addresses can be matched to hostnames if appropriate. For example, the interfaces for router.subsidiary.com will be defined in /etc/hosts as

administrators will no longer have the pleasure of carrying out their first post-installation task. However, other quite important developments in the area of networking (such as IPv6) and administration (Sun Management Console tools) may not directly affect users, but are particularly important for enterprise administration. In this chapter, we cover the background to the Solaris 10 operating environment, which really begins with the invention and widespread adoption of the UNIX operating system. In addition, we also cover the means by which Solaris 10 can run cross-platform applications Sun s development of Java can be seen as a strong commitment to crossplatform interoperability. In addition, Solaris 10 uses Samba to allow a Solaris server to act as a Windows NT or 2000 domain controller. Thus, if you want the reliability of SPARC hardware coupled with the widespread adoption of Microsoft Windows as a desktop operating system, Solaris 10 running Samba is an ideal solution. Finally, we review some of the many sites on the Internet that provide useful information, software packages, and further reading on many of the topics that we cover in this book.

I am grateful to Jaroslav Vanek, Mark Moth Green and Steven Vanek for the information on how to make a solar-powered ice-maker. This design was originally published in Home Power magazine, Issue no. 53.

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