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/usr/lib/libsocket.so.1 /usr/lib/libnsl.so.1 /usr/lib/libc.so.1 /usr/lib/libdl.so.1 /usr/lib/libmp.so.2 /usr/lib/locale/en_AU/en_AU.so.2
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Signals are the way in which processes communicate with each other, and can also be used from shells to communicate with spawned processes (usually to suspend or kill them). However, by using the psig command, it is possible to list the signals associated with each process:
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# /usr/proc/bin/psig 29081 29081: /bin/ksh HUP caught RESTART INT caught RESTART QUIT ignored ILL caught RESTART TRAP caught RESTART ABRT caught RESTART EMT caught RESTART FPE caught RESTART KILL default BUS caught RESTART SEGV default SYS caught RESTART PIPE caught RESTART ALRM caught RESTART TERM ignored USR1 caught RESTART USR2 caught RESTART CLD default NOCLDSTOP PWR default WINCH default URG default POLL default STOP default TSTP ignored CONT default TTIN ignored TTOU ignored VTALRM default PROF default XCPU caught RESTART XFSZ ignored WAITING default LWP default
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It is also possible to print a hexadecimal format stack trace for the lightweight processes (LWPs) in each process by using the pstack command. This can be useful in the same way that the truss command was used:
# /usr/proc/bin/pstack 29081 29081: /bin/ksh dfaf5347 waitid (7, 0, 804714c, 7) dfb0d9db _waitpid (ffffffff, 8047224, 4) + 63 dfb40617 waitpid (ffffffff, 8047224, 4) + 1f 0805b792 job_wait (719d) + 1ae 08064be8 sh_exec (8077270, 14) + af0 0805e3a1 () 0805decd main (1, 8047624, 804762c) + 705 0804fa78 ()
Perhaps the most commonly used proc tool is the pfiles command, which displays all of the open files for each process. This may be useful for determining operational dependencies between data files and applications, but is limited because the filenames are not listed:
# /usr/proc/bin/pfiles 29081 29081: /bin/ksh Current rlimit: 64 file descriptors 0: S_IFCHR mode:0620 dev:102,0 ino:319009 O_RDWR|O_LARGEFILE 1: S_IFCHR mode:0620 dev:102,0 ino:319009 O_RDWR|O_LARGEFILE 2: S_IFCHR mode:0620 dev:102,0 ino:319009 O_RDWR|O_LARGEFILE 63: S_IFREG mode:0600 dev:174,2 ino:990890 O_RDWR|O_APPEND|O_LARGEFILE FD_CLOEXEC
uid:6049 gid:7 rdev:24,8 uid:6049 gid:7 rdev:24,8 uid:6049 gid:7 rdev:24,8 uid:6049 gid:1 size:3210
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In addition, you can obtain the current working directory of the target process by using the pwdx command:
# /usr/proc/bin/pwdx 29081 29081: /home/paul
If you need to examine the process tree for all parent and child processes containing the target PID, you can do so by using the ptree command. This is very useful for determining dependencies between processes that are not apparent by consulting the process list:
# /usr/proc/bin/ptree 29081 247 /usr/dt/bin/dtlogin -daemon 28950 /usr/dt/bin/dtlogin -daemon 28972 /bin/ksh /usr/dt/bin/Xsession 29012 /usr/dt/bin/sdt_shell -c unset DT; DISPLAY=lion:0; 29015 ksh -c unset DT; DISPLAY=lion:0; /usr/dt/bin/dt 29026 /usr/dt/bin/dtsession 29032 dtwm 29079 /usr/dt/bin/dtterm 29081 /bin/ksh 29085 /usr/local/bin/bash 29230 /usr/proc/bin/ptree 29081
Here, ptree has been executed from the Bourne Again Shell (bash), which was started from the Korn shell (ksh), which was spawned from the dtterm terminal window, which was spawned from the dtwm window manager, and so on. Although many of these proc tools may seem obscure, they are often very useful when you are trying to debug process-related application errors, especially in large applications like database management systems.
Virtual Memory
The swap command is used to add virtual RAM to a system. Virtual RAM is typically used to provide memory for process execution when physical memory has been exhausted. Disk blocks are used to simulate physical memory locations using an interface that is invisible to the user. Thus, users never need to be concerned about the type of RAM that their process is addressing. While virtual memory allows a system s effective capacity to be increased to many times its physical capacity, it is much slower than physical RAM. When a system experiences peak demands for memory, causing virtual memory to be used, the CPU must work harder to support virtual memory operations. Coupled with the relatively slow speed of disk writing, this has a significant impact on performance. When virtual
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