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Now that you have a target PID (11934), you can change to the /proc/11934 directory and view the image of this process:
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# cd /proc/11934 # ls -l total 3497 -rw------1 pwatters -r-------1 pwatters -r-------1 pwatters --w------1 pwatters lr-x-----1 pwatters dr-x-----2 pwatters -r--r--r-1 pwatters -r-------1 pwatters -r--r--r-1 pwatters dr-xr-xr-x 3 pwatters -r-------1 pwatters dr-x-----2 pwatters -r-------1 pwatters -r--r--r-1 pwatters -r-------1 pwatters lr-x-----1 pwatters -r-------1 pwatters -r-------1 pwatters -r--r--r-1 pwatters -r-------1 pwatters -r-------1 pwatters
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Each of the directories with the name associated with the PID contains additional subdirectories that contain state information and related control functions. For example, the status file contains entries that refer to a structure that defines state elements, including the following: Process flags Process ID Parent process ID Process group ID Session ID
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19:
Pseudo File Systems and Virtual Memory
Thread ID Process pending signal set Process heap virtual address Process stack size User and system CPU time Total child process user and system CPU time Fault traces The process flag definitions contained in the structure define specific process state characteristics, including: PR_ISSYS PR_FORK PR_RLC PR_KLC System process flag Vforked child parent flag Inherit-on-fork flag Run-on-last-close flag Kill-on-last-close flag Asynchronous-stop flag Microstate accounting on flag Post-fork microstate accounting inheritance flag Breakpoint on flag Ptrace-compatibility on flag
PR_VFORKP
PR_ASYNC PR_MSACCT PR_MSFORK PR_BPTADJ PR_PTRACE
In addition, a watchpoint facility is provided, which is responsible for controlling memory access. A series of proc tools interprets the information contained in the /proc subdirectories, which display the characteristics of each process.
Procedures
The following procedures allow you to work with pseudo file systems under Solaris.
proc Tools
The proc tools are designed to operate on data contained within the /proc file system. Each utility takes a PID as its argument and performs operations associated with the PID. For example, the pflags command prints the flags and data model details for the PID in question. For the preceding Korn shell example, you can easily print out this status information:
# /usr/proc/bin/pflags 29081 29081: /bin/ksh
Part IV:
Managing Devices
data model = _ILP32 flags = PR_ORPHAN flags = PR_PCINVAL|PR_ASLEEP [ waitid(0x7,0x0,0x804714c,0x7) ]
You can also print the credential information for this process, including the effective and real UID and group ID (GID) of the process owner, by using the pcred command:
# /usr/proc/bin/pcred 29081 29081: e/r/suid=100 e/r/sgid=10
Here, both the effective and the real UID is 100 (user pwatters), and the effective and real GID is 10 (group staff). To examine the address space map of the target process, you can use the pmap command:
# /usr/proc/bin/pmap 29081 29081: /bin/ksh 08046000 8K read/write/exec 08048000 160K read/exec 08070000 8K read/write/exec 08072000 28K read/write/exec DFAB4000 16K read/exec DFAB8000 8K read/write/exec DFABB000 4K read/write/exec DFABD000 12K read/exec DFAC0000 4K read/write/exec DFAC4000 552K read/exec DFB4E000 24K read/write/exec DFB54000 8K read/write/exec DFB57000 444K read/exec DFBC6000 20K read/write/exec DFBCB000 32K read/write/exec DFBD4000 32K read/exec DFBDC000 8K read/write/exec DFBDF000 4K read/exec DFBE1000 4K read/write/exec DFBE3000 100K read/exec DFBFC000 12K read/write/exec total 1488K
[ stack ] /usr/bin/ksh /usr/bin/ksh [ heap ] /usr/lib/locale/en_AU/en_AU.so.2 /usr/lib/locale/en_AU/en_AU.so.2 [ anon ] /usr/lib/libmp.so.2 /usr/lib/libmp.so.2 /usr/lib/libc.so.1 /usr/lib/libc.so.1 [ anon ] /usr/lib/libnsl.so.1 /usr/lib/libnsl.so.1 [ anon ] /usr/lib/libsocket.so.1 /usr/lib/libsocket.so.1 /usr/lib/libdl.so.1 [ anon ] /usr/lib/ld.so.1 /usr/lib/ld.so.1
It s always surprising to see how many libraries are loaded when an application is executed, especially something as complicated as a shell, leading to a total of 1,488KB memory used in the preceding example. You can use the pldd command to obtain a list of the dynamic libraries linked to each process:
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