Now you need to specify which processes are to be monitored. The
regular expression that will match the desired processes is required
for this section to work. For example if you want to see all the
processes whose name include any of these strings: http, mysql
and squid, the following regular expression is to be used:
::VMonitor::PROC_REGEX = join "|", qw(httpd mysql squid);
mount(1)
Emulation
mount(1)
with no parameters.
If you want the mount(1)
section to be displayed set:
::VMonitor::Config{MOUNT} = 1;
The default is NOT to display this section.
df(1)
Emulation
df(1)
utility. For each mounted
In addition it reports about available and used file inodes in numbers
and percents.
This section has a capability of visual alert which is being triggered
when either some filesystem becomes more than 90% full or there are
less than 10% of free file inodes left. When this event happens the
filesystem related report row will be displayed in the bold font and
in the red color. A mount point directory will blink if the blinking
is turned on. You can turn the blinking on with:
::VMonitor::Config{BLINKING} = 1;
If you don’t want the df(1)
section to be displayed set:
::VMonitor::Config{FS_USAGE} = 0;
The default is to display this section.
for more than 90% and therefore colored in red. (It’s normal for
/mnt/cdrom, which is a mounted cdrom, but critical for the /usr
filesystem which should be cleaned up or enlarged).
::VMonitor::Config{VERBOSE} = 1;
this section will reveal all the full names of the abbreviations at
the bottom of the report.
The default is NOT to display this section.
If you need to get an in-depth information about a single process, you
just need to click on its PID.
If the chosen process is a mod_perl process, the following info is
displayed:
Process type (child or parent), status of the process (Starting,
Reading, Sending, Waiting, etc.), how long the current
request is processed or the last one was processed if the process is
inactive at the moment of the report take.
How many bytes transferred so far. How many requests served per child
and per slot.
CPU times used by process: total
, utime
, stime
, cutime
,
cstime
.
For all (mod_perl and non-mod_perl) processes the following
information is reported:
General process info: UID, GID, State, TTY, Command line arguments
Memory Usage: Size, Share, VSize, RSS
Memory Segments Usage: text, shared lib, date and stack.
Memory Maps: start-end, offset, device_major:device_minor, inode,
perm, library path.
Loaded libraries sizes.
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