System V Accounting Accounting
7.4.2 System V Accounting
The System V accounting subsystem is more powerful and versatile than the BSD one. System V uses an automated accounting system, and it includes a suite of commands, shell scripts, and C programs designed for accounting purposes; together they offer a great deal of flexibility. We briefly describe how System V accounting works. As is common for accounting, the related directories are usradm or varadm; and, as is common for System V, there is a dedicated directory hierarchy structure starting with usradmacct instead of the individual files typical in BSD. Three additional subdirectories are fiscal, nite, and sum. The three directories provide: usradmacctfiscal Keeps reports by fiscal period usually monthly and old binary fiscal period summary files usradmacctnite Keeps daily binary summary files; daily process accounting records; raw disk accounting records; and status, error log, and lock files usradmacctsum Keeps daily binary and current fiscal period cumulative summary files and daily reports Several other files are of special interest: varadmpacct Previously described binary data file in which the kernel writes raw data varadmacctwtmp Previously described binary log file that records each login and logout attempt A raw disk usage data file 185 varadmfee A file to store additional charge records specified by the administrator, using the chargefee command; these are extra charges for special services not covered by the accounting system A simplified flow chart of processed data in the System V accounting subsystem is presented in Figure 7.1. Figure 7.1: System V accounting subsystem. The kernel some of the available commands could also be used enters initial data in the raw data files; these data are then processed by a series of utilities, producing several intermediate binary 186 ls −C usrlibacct Solaris 2.x acctcms acctmerg chargefee monacct ptelus.awk utmp2wtmp acctcon accton ckpacct nulladm remove wtmpfix acctcon1 acctprc closewtmp prctmp runacct acctcon2 acctprc1 dodisk prdaily shutacct acctdisk acctprc2 fwtmp prtacct startup acctdusg acctwtmp lastlogin ptecms.awk turnacct Daily and cumulative summary files, as well as report files, are specified by the corresponding self−explanatory names; in the case of report files, ddmm corresponds to the date day and month. The last step is to enable the accounting subsystem. This means the accounting should start at the system booting. The administrator performs the following steps to enable accounting in Linux there is one more directory level etcrc.d: Checks the rc startstop script acct for the accounting subsystem in the etcinitd.d directory, and creates the file if it does not exist • Creates the symbolic link in the etcrc2.d directory assuming the run level 2 corresponds to the multi−user mode: etcrc2.dS22acct − etcinit.dacct. The startup script should initiate accounting • Creates the symbolic link in the etcrc0.d directory: etcrc0.dK22acct − etcinit.dacct. The stop script should invoke the shutacct command to shutdown accounting • Adds the necessary crontab entries for various accounting utilities for the users adm and root often, these entries already exist, and will only need to be activated • Once these steps are completed, the accounting subsystem will start at the system booting. For a better understanding of the startstop procedure, the previously mentioned script files for Solaris 2.x flavor are presented here in part. cat etcinit.dacct sbinsh Copyright c ATT All Rights Reserved state=1 ..... ..... case state in start ..... ..... echo Starting process accounting usrlibacctstartup ;; stop echo Stopping process accounting usrlibacctshutacct ;; esac 187 cat usrlibacctstartup sbinsh Copyright c ATT All Rights Reserved startup acct− should be called from etcrc whenever system is brought up PATH=usrlibacct:usrbin:usrsbin acctwtmp acctg on varadmwtmp turnacct switch clean up yesterdays accounting files rm −f varadmacctsumwtmp rm −f varadmacctsumpacct rm −f varadmacctnitelock Solaris provides the turnacct command to start or stop accounting, depending on the attached argument. This command replaces the BSD accton command. The script to shutdown accounting is: cat usrlibacctshutacct sbinsh Copyright c ATT All Rights Reserved shutacct [arg] − shuts down acct, called from usrsbinshutdown whenever system is taken down arg added to varwtmp to record reason, defaults to shutdown PATH=usrlibacct:usrbin:usrsbin _reason={1−acctg off} acctwtmp {_reason} varadmwtmp turnacct off7.4.3 AIX−Flavored Accounting
Parts
» Unix Administration. 7485KB Mar 29 2010 05:04:17 AM
» UNIX Operating System UNIX — Introductory Notes
» Berkeley Standard Distribution — BSD UNIX System V or ATT UNIX
» System Administrators Job UNIX System and Network Administration
» Computing Policies UNIX System and Network Administration
» Legal Acts Administration Guidelines
» Code of Ethics Administration Guidelines
» USENIX System Administrators Guild — SAGE
» In This Book UNIX System and Network Administration
» Introduction The Unix Model — Selected Topics
» Access Classes File ProtectionFile Access
» Default File Mode File ProtectionFile Access
» Plain Regular File Socket Named Pipe
» Special File Names Special File Creation
» Process Types Process Attributes
» Process Life Cycles Processes
» System V ATT Flavored ps Command
» Destroying Processes The UNIX kill command will eliminate a process entirely:
» Becoming a Superuser Communicating with Other Users
» The man Command UNIX Online Documentation
» The uptime Command The uptime command displays:
» Personal Documentation UNIX Administration Starters
» Shell Script Execution UNIX Shell Scripts
» Shell Variables UNIX Shell Scripts
» Double Command−Line Scanning
» Introductory Notes System Startup and Shutdown
» The Bootstrap Program System Startup
» The Kernel Execution System Startup
» System States System Startup
» The Outlook of a Startup Procedure
» Initialization Scripts System Startup
» The BSD rc Scripts BSD Initialization Sequence
» BSD−Like Initialization System V Initialization
» An Example Shutdown Procedures
» Introduction to the UNIX Filesystem
» System V Filesystem Directory Organization
» Mounting a Filesystem home, users
» Dismounting a Filesystem home, users
» Automatic Filesystem Mounting Removable Media Management
» BSD Filesystem Configuration File
» Filesystem Types A Few Other Filesystem Issues
» Swap Space — Paging and Swapping
» Loopback Virtual Filesystem A Few Other Filesystem Issues
» Display Filesystem Statistics: The df Command
» Checking Filesystems: The fsck Command
» Introduction UNIX Filesystem Layout
» Disk Partitions Physical Filesystem Layout
» Filesystem Structures Physical Filesystem Layout
» The mkfs Command Filesystem Creation
» File Identification and Allocation
» File Storage vs. File Transfer
» Reserved Free Space Filesystem Performance Issues
» Logical Volume Manager — AIX Flavor
» Logical Volume Manager — Solaris Flavor
» Redundant Array of Inexpensive Disks RAID
» The Volume Snapshot Snapshot
» The Filesystem Snapshot Snapshot
» Virtual UNIX Filesystem Logical Filesystem Layout
» Disk Space Upgrade UNIX Filesystem Layout
» User Database — File etcpasswd
» Initialization Template Files UNIX Login Initialization
» User Login Initialization Files
» Systemwide Login Initialization Files
» Restricted User Accounts Users and Secondary Groups
» Assigning User Passwords Standard UNIX Users and Groups
» Managing Disk Usage by Users
» System V Accounting Accounting
» AIX−Flavored Accounting Accounting
» Physical Security Passwords UNIX Lines of Defense
» File Permissions UNIX Lines of Defense
» Backups Password Encryption UNIX Lines of Defense
» Setting Password Restrictions UNIX Lines of Defense
» The Wheel Group Secure Terminals — Other Approaches
» History of the Root Account Tracking User Activities
» The syslogd Daemon The Concept of System Logging
» The Configuration File etcsyslog.conf
» Linux Logging Enhancements The logger Command
» Testing System Logging System Logging Configuration
» The last Command Limiting the Growth of Log Files
» BSD Printing Subsystem UNIX Printing Subsystem
» The lp, lpstat, and cancel Commands
» The etcprintcap File BSD Printer Configuration and the Printer Capability Database
» Filters BSD Printer Configuration and the Printer Capability Database
» The Printer Database Directory Hierarchy on System V
» Setting a Remote Printer on HP−UX
» BSD and AIX Cross−Printing Solaris and BSD Cross−Printing
» Third−Party Printer Spooling Systems
» The tput Command The tset, tput, and stty Commands
» The stty Command The tset, tput, and stty Commands
» The tar Command Tape−Related Commands
» The cpio Command Tape−Related Commands
» The dd Command Tape−Related Commands
» The mt Command Magnetic Tape Devices and Special Device Files
» The SVR3 and SVR4 backup Commands
» The fbackup Command Backup and Dump Commands
» The dumpufsdump Command Backup and Dump Commands
» Interactive Restore The restore Commands
» The frecover Command Restoring Files from a Backup
» Tape Control UNIX Backup and Restore
» The NTP Daemon Network Time Distribution
» The crontab Files Network Time Distribution
» The crontab Command Network Time Distribution
» Linux Approach Network Time Distribution
» Programs Scheduled for a Specific Time
» UNIX and Networking Network Fundamentals
» TCPIP and the Internet ISO OSI Reference Model
» TCPIP Protocol Architecture Computer Networks
» Internet Protocol IP Internet Layer and IP Protocol
» Network Access Layer Transport Layer and TCP and UDP Protocols
» Application Layer TCPIP Layers and Protocols
» IP Address Classes Data Delivery
» Dynamic Routing Internet Routing
» Protocols, Ports, and Sockets
» UNIX Database Files Multiplexing
» The arp Command Address Resolution ARP
» The portmapper Daemon The etcrpc File
» The ifconfig Command Configuring the Network Interface
» The netstat Command Configuring the Network Interface
» The inetd Daemon Super Internet Server
» Further Improvements and Development
» Host Names and Addresses Domain Name Service DNS
» The Local Host Table — etchosts
» Handling the NIC Host Table — A Journey into the Past
» Other Resolver Parameters BIND Configuration
» Name Servers UNIX Name Service — BIND
» The Configuration File etcnamed.boot
» The named.local File The named.cache file
» Subdomains and Parenting BIND Version 8.X.X
» The nslookup Interactive Mode
» A Few Examples of nslookup Usage
» Purpose and Concepts Network Information Service NIS
» To Create an NIS Client NIS Domain Name
» The etcnetgroup File DatabasesNIS Maps
» Security Issues NIS Management
» The showmount Command Mounting Remote Filesystems
» An Example The Automount Maps
» The rlogin Command The rcp Command
» The HOME.rhosts File Using UNIX r−Commands — An Example
» SSH Configuration Secure Shell SSH
» Root Access SSH Installation and User Access Setup
» SSH — Version 2 Secure Shell SSH
» Simple Mail Transport Protocol SMTP
» Rewriting an E−mail Address Pattern Matching
» Address Transformation The Parsing of E−mail Addresses
» Testing Rewrite Rules The sendmail −bt Command
» The Debugging Level Checking the Mail Queue
» Mail Subcommands The Mail Program and .mailrc File
» POP Transactions Post Office Protocol POP
» Internet Message Access Protocol IMAP
» Finger Common UNIX Network Applications
» The ping Command Host Connectivity
» The traceroute Command Host Connectivity
» The X Administration Philosophy
» Window Managers An Introduction to the X Window System
» xdm Configuration Files The X Display Managers
» Vendor−Specific X Flavors — a Configuration Example
» XDMCP Queries The Xaccess File
» Other Access Control Mechanisms
» Components of the xdm−Based User X Environment
» Other Startup Methods The User X Environment
» A Permanent X11 Installation
» Introduction to Kernel Reconfiguration
» Kernel Configuration Database Kernel Reconfiguration
» The config Command BSD−Like Kernel Configuration Approach
» HP−UX 10.x Kernel Configuration
» UNIX and Modems Introduction to Modems
» Terminal Lines and Modem Control
» C−Kermit Third−Party Communication Software
» UUCP Versions UUCP Chat−Transfer Session
» The UUCP Daemons UUCP Commands, Daemons, and Related Issues
» The UUCP Spool Directories and Files
» Additional Security in BNU UUCP
» Additional Security in Version 2 UUCP
» Intranet vs. Internet Introduction to Intranet
» Intranet Design Approach Introduction to Intranet
» Life Cycle of a Virus Virus Types
» The Viruswall Implementation Viruswalls
» Application Proxies SOCKS Proxies
» Web Services Intranet Front−End Services
» Other External Services Intranet Front−End Services
» Network Infrastructure and Desktops
» Dynamic Host Configuration Protocol DHCP
» UNIX and Not−UNIX Platform Integration
» HP−UX Installation UNIX Installation Procedures
» Linux Installation UNIX Installation Procedures
» Solaris Patch Installation HP−UX Patch Installation
» Solaris and Lost Root Password HP−UX and Lost Root Password
» Solaris Procedure to Create an Alternate Boot Partition
» Solaris Recovery of the Failed Mirrored Boot Disk
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