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This entry defines the telnet service to run on port 23 TCP. A number of possible tokens can be contained within each service definition: Name of service Service port number Service transport type Aliases for service Another convention in UNIX systems is to operate Internet services through a single super-daemon known as inetd. One advantage of running through inetd is that daemons can be configured using a single file (/etc/inetd.conf). However, with complex services like a Web server s, it s often preferable to configure daemons through their own configuration file.
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The following procedures show how to configure Solaris networking.
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A Solaris network consists of a number of different hosts that are interconnected using a switch or a hub. Solaris networks connect through to each other by using routers, which can be dedicated hardware systems or Solaris systems that have more than one network interface. Each host on a Solaris network is identified by a unique hostname: these hostnames often reflect the function of the host in question. For example, a set of four Web servers may have the hostnames www1, www2, www3, and www4, respectively. Every host and network that is connected to the Internet uses IP to support higherlevel protocols such as TCP and UDP. Every interface of every host on the Internet has a unique IP address, which is based on the network IP address block assigned to the local network. Networks are addressable by using an appropriate netmask, which corresponds to a class A (255.0.0.0), class B (255.255.0.0), or class C (255.255.255.0) network, respectively.
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Solaris supports multiple Ethernet interfaces, which can be installed on a single machine. These are usually designated by files like this:
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/etc/hostname.hmen
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or this:
/etc/hostname.len
where n is the interface number, and le and hme are interface types. The network interface device name can be determined by using the sysdef or prtconf command. Interface files contain a single name, with the primary network interface being designated with an interface number of zero. Thus, the primary interface of a machine called helium would be defined by the file /etc/hostname.hme0, which would contain the name helium. 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 name helium1. This setup is commonly used in organizations that have a provision for a failure of the primary network interface, or to enable load balancing of server requests across multiple subnets (for example, for an intranet Web server processing HTTP requests). Subnets are visible to each other by means of a mask. Class A subnets use the mask 255.0.0.0. Class B networks use the mask 255.255.0.0. Class C networks use the mask 255.255.255.0. These masks are used when broadcasts are made to specific subnets. A class C subnet 134.132.23.0, for example, can have 255 hosts associated with it, starting with 134.132.23.1 and ending with 134.132.23.255. Class A and B subnets have their own distinctive enumeration schemes.
Internet Daemon
The inetd daemon is the super Internet daemon that is responsible for centrally managing many of the standard Internet services provided by Solaris through the application layer. For example, telnet, ftp, finger, talk, and uucp are all run from inetd. Even third-party Web servers can often be run through inetd. Both UDP and TCP transport layers are supported with inetd. The main benefit of managing all services centrally through inetd is reduced administrative overhead, since all services use a standard configuration format from a single file. There are also several drawbacks to using inetd to run all of your services: there is now a single point of failure, meaning that if inetd crashes because of one service that fails, all of the other inetd services may be affected. In addition, connection pooling for services like the Apache Web server is not supported under inetd: high-performance applications, for which there are many concurrent client requests, should use a stand-alone daemon. The Internet daemon (inetd) relies on two files for configuration. The /etc/inetd.conf file is the primary configuration file, consisting of a list of all services currently supported,
Part V:
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