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The peak shared memory amount The smallest shared memory amount The largest number of concurrent identifiers permitted The quantity of segments permitted for each process The initial quantity of entries in the semaphore map
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The largest number of semaphore sets permitted The total number of semaphores permitted The largest number of semaphores in each semaphore set
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The following example entry for /etc/system allocates 128MB of shared memory and sets other parameters appropriately:
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set set set set set set set shmsys:shminfo_shmmax=134217728 shmsys:shminfo_shmmin=100 shmsys:shminfo_shmmni=100 shmsys:shminfo_shmseg=100 semsys:seminfo_semmap=125 semsys:seminfo_semmni=250 semsys:seminfo_semmns=250
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The following command is commonly used to manage logfiles, quotas, and accounting.
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The file /etc/syslog.conf contains information used by the system log daemon, syslogd, to forward a system message to appropriate logfiles and/or users. syslogd preprocesses this file through m4 to obtain the correct information for certain logfiles, defining LOGHOST if the address of loghost is the same as one of the addresses of the host that is running syslogd. The default syslogd configuration is not optimal for all installations. Many configuration decisions depend on whether the system administrator wants to be alerted immediately if an alert or emergency occurs or instead wants all auth notices to be logged, and a cron job run every night to filter the results for a review in the morning. For noncommercial installations, the latter is probably a reasonable approach. A crontab entry like this,
0 1 * * * cat /var/adm/messages | grep auth | mail root
will send the root user a mail message at 1 A.M. every morning with all authentication messages. A basic syslog.conf should contain provision for sending emergency notices to all users, as well as alerts to the root user and other nonprivileged administrator accounts. Errors, kernel notices, and authentication notices probably need to be displayed on the system console. It is generally sufficient to log daemon notices, alerts, and all other
Part IV:
Managing Devices
authentication information to the system logfile, unless the administrator is watching for cracking attempts, as shown here:
*.alert root,pwatters *.emerg * *.err;kern.notice;auth.notice /dev/console daemon.notice /var/adm/messages auth.none;kern.err;daemon.err;mail.crit;*.alert /var/adm/messages auth.info /var/adm/authlog
Summary
In this chapter, you have learned the basic procedures involved in system accounting and logging. Since these form the basis for billing and other reporting activities, they are a critical yet often ignored aspect of system administration.
Networking
CHAPTER 21 Basic Networking CHAPTER 22 DHCP and NTP CHAPTER 23 Routing and Firewalls CHAPTER 24 Remote Access CHAPTER 25 Internet Layer (IPv6)
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Basic Networking
un s view is that The Network Is the Computer. However, while users often consider the network to be a single, heterogeneous medium, the process of transferring a packet of data from one host to another is not a trivial task. This is where conceptual protocol stacks such as the general Open Systems Interconnection (OSI) networking model are useful in encapsulating and dividing the labor associated with physical network transmission and its management by software. Solaris uses the four-layer TCP/IP suite of network protocols to carry out network operations, including the Transmission Control Protocol (TCP), User Datagram Protocol (UDP), and Internet Protocol (IP). These protocols and the layer in which they reside will be covered in depth in the following chapters. It s important to note that the IP stack was rewritten in Solaris 10 to enhance performance and security, so upgrading from Solaris 9 for this reason alone is worthwhile. In this chapter, we examine how TCP/IP is implemented on Solaris, including the configuration of network interfaces, daemons, addresses, ports, and sockets. We also examine how to configure the Internet daemon (inetd) to support a number of separate network services that are centrally managed.
Key Concepts
A network is a combination of hardware and software that enables computers to communicate with each other. At the hardware level, building a network involves installing a network interface into each system ( host ) to be networked, and implementing a specific network topology by using cables, such as Ethernet, or wireless. At the software level, representations of network devices must be created, and protocols for exchanging data between hosts must be established. Data is exchanged by dividing it into packets that have a specific structure, enabling large data elements to be exchanged between hosts by using a small amount of wrapping. This wrapping, based on various protocols, contains information about the order in which packets should be assembled when transmitted from one host to another, for example.
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