Njmon4AIXCommandLine

njmon for AIX Command Syntax version 92

njmon & nimon(1) (AIX and VIOS) njmon & nimon(1)

NAME
njmon and nimon are one program with two names (see ln
command)
- njmon: save performance statistics in JSON format.
- nimon: save performance statistics in InfluxDB Line
Protocol format.

BRIEFLY
Performance statistics agent outputting in
1. JSON format for Time-Series databases, including InfluxDB
on any tools that accept JSON data.
2. InfluxDB Line Protocol format directly to InfluxDB over a
network. Or the Influxdata Telegraf tool to send the data
elsewhere. Or to other tools or database like Elastic,
Splunk or VictoriaMetrics.

Default is stdout to allow using a shell pipe into other
commands.

Other tools related to njmon:
- The ninstall shell script puts njmon and nimon into
/usr/lbin and adds this manual page.
- The nmeasure programs allow adding your own data to
InfluxDB.
- The njmond.py Python programs that can be used on a
central server to capture njmon data and add it to the
InfluxDB.

Version
Version: 92 (Jan 2026)

SYNOPSIS
Core options to save the statistics to stdout (for piping
into other programs) or to a file (-f):
njmon -s seconds -c count [-m directory -f]
or
nimon -s seconds -c count [-m directory -f]

Other options are listed below:
-a file -b -B -C -d -D -e -h -k -K pidfile -L -V -n -o -O
org -P -PP -q tags -r -R -t percentage -T token -u -U -v -W
-? -@ -! -~

Additional njmon specific options:
-i njmond-hostname -p njmond-portno -e -I

Additional nimon specific options for InfluxDB 1.x:
-i InfluxDB-hostname [-p InfluxDB-portno] [-x InfluxDB-
database] [-y InfluxDB-username [-z InfluxDB-password]] -H

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-w

Additional nimon specific options for InfluxDB 2.x or
higher:
-i InfluxDB-hostname [-p InfluxDB-portno] [-O organisation]
[-T security-token] -H -w

DESCRIPTION
These are the njmon command options in alphabetical order.

-a file
Read the command line arguments from a file (so no passwords
are seen in the ps command output).
Place only the command arguments into a config file (not
including the command name). Use the same arguments, all on
the first line, space-separated. Only have the -a option on
the actual command line. Example:
nimon -c 1440 -s 60 -i myinflux -x njmon -y fred -z abc123

Create a file called njmon.conf:
-c 1440 -s 60 -i myinflux -x njmon -y fred -z abc123
Then run the command: njmon -a njmon.conf
Note: user and passwords need to be setup in the InfluxDB
configuration (these are optional for InfluxDB).

-A hostname
User supplied hostname override - ignoring the actual
hostname. Some systems administrators have different
servers with the same hostname on different network domains!

-b
For Process stats, switch off adding pid to the process
names: "ksh_76927" becomes "ksh". This can help if you want
to add up all the stats (like CPU use and memory total) for
all processes with the same name.

-B
Adds extra raw mode statistics without maths to convert to
averages or rates in the last period. These are not user-
friendly but can help if you want to do the maths. Look for
measures and statistics containing "raw".

-c count
Number of snapshots of the statistics to save and then stop
(the default is forever). Multiply this count by the -s
seconds option, and you have the run time in seconds. After
this time, njmon will silently stop. A crontab can be used
to regularly start njmon.
Examples: to run for 24 hours, collecting data every minute

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or half-minute:
-s 60 -c 1440 or -s 30 -c 2880
-C
Shared CPU/Processor Pool, you need to enable performance
data collection on the LPAR on the HMC.

-d
Switch on debugging output. Note: debugging mode may ruin
the JSON or line protocol format. Hint: Use the -f option
to save data to a file. Then analyse with an editor like
"vi".

-D
Skip dangerous libperfstat functions that can cause
problems. Temporary fix for some older AIX versions.

-e
NJMON mode only. Switch on elastic mode (also called
ElasticSearch or ELK stack) with sub-arrays (with [])
instead of sub-JSON data structures for variable numbers of
resources like filesystems, disks, networks, etc.

-f file
Output to file (not stdout) to two files below:
NJMON saves to
hostname_<year><month><day>_<hour><minutes>.json
NIMON saves to
hostname_<year><month><day>_<hour><minutes>.influxlp

Debug & Errors are saved
hostname_<year><month><day>_<hour><minutes>.err

In NIMON mode: If you add a second "f" like "-ff" or "-f -f"
then the .influxlp output file has a "nanoseconds" since
epoch start timestamp at the end of every measure line.
This should allow it to be inserted into the InfluxDB using
the "influx" command.

In NJMON mode: If you add a second "f" like -ff or -f -f
then each snapshot has its own file.
The file name format is
hostname_<year><month><day>_<hour><minutes>_<6 digit
sequence_number>.json. The sequence number starts at 000000.
There is only a single error file.

-H
NIMON mode only. This option makes nimon send to InfluxDB
the full hostname (as the host tag). The short hostname is
the default. This is important if many servers have the same
short name in different domains. For example:
myserver.achme.com
normally it has

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host=myserver
With the -H option, the Fully Qualified Domain Name (FQDN)
is used
host=myserver.achme.com
With NJMON mode, the hostname is extracted from the stats by
njmond.py Python central server. If you need full hostname
tags from JSON data, modify the njmond.py program. -h
Outputs online help details and then stops. Similar to this
manual page.

-i IP-Address or -i Hostname
The server to which to send the data over a network.
NJMON mode:
IP Address or Hostname of the central server running
njmond.py for ingesting JSON format data or some other
program that accepts JSON data.

NIMON mode:
IP Address or Hostname of the InfluxDB server sending the
Line Protocol format.

-I
Force NIMON mode.
Force switch to running in NIMON mode (regardless of the
command name used) for InfluxDB Line Protocol output format.

-J
Force NJMON mode
Force switch to running in NJMON mode (regardless of the
command name used) for JSON output format. If you only have
the njmon program is installed, use this option to run nimon
mode: njmon -I ....

-k
If the file /tmp/njmon.pid is not found, this njmon
continues running. For nimon, the file is called
/tmp/nimon.pid.
If the file is found, the process PID is read from it & if
it is found that the process is still running, then this
njmon (or nimon) silently exits.
If no process is found running with this PID, then this
njmon continues running.
This allows you to try starting njmon or nimon, say, once an
hour from crontab.
This will restart the njmon or nimon only if the previous
one has stopped.
njmon/nimon will remove the njmon.pid or nimon.pid file when
it stops normally.
If njmon/nimon detects the .pid file but can't gain access,
it will produce a warning and stop.
Usually, due to not being the file owner (like you are not
the root user) or having the wrong file permissions.

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-K pidfile
This is the same as the -k option, but the user decides the
directory and filename for the file containing the Process
Identity (PID). Also, you can run multiple njmon processes,
using different PID files. Some users prefer to use a file
in, for example, /var/logs, but that requires root access.
Others prefer to avoid /tmp and use /home/njmon. If
njmon/nimon detects the .pid file but can't gain access, it
will produce a warning and stop. Usually, due to not being
the file owner (like you are not the root user) or having
the wrong file permissions.

-L
Don't collect Logical Volume stats to reduce the CPU
processing time. If not the root user, then these are
silently switched off.

-m directory
The program will change to this directory before creating
files. This can be useful when using crontab so that files
are not created in the user's top-most directory.

-n
No PID for the child process is printed out at startup. A
child process is created to make a new "process group", so
that njmon does not get terminated by the kernel, if/when
you log out.

-o
If using Oracle ASM raw disks have zero size. This option
requests njmon to use the "bootinfo -s" command to find out
the ASM disk sizes.

-O org
Set the organisation. This is used in nimon mode and
required for InfluxDB 2+. InfluxDB 2+ uses this feature to
separate data for different users and dashboards. This
could be a company name, if hosting for more than one
company's data in a single InfluxDB. Or used for department
names, or a group of users, or a workload. See also the -T
token option.

-p port-number
NJMON mode. Network port number of the central njmond.py
server. Many users use port 8181.

NIMON mode. Network port number of the InfluxDB server. If
not set, then the default InfluxDB port number of 8086 is
used.

-P
Switch on the collection of process statistics. Note: these

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can be a very large volume of stats on large servers.
Processes using less than the CPU threshold are ignored.
See -t percentage option to change the default threshold.
This reduces the collection of statistics for processes not
using any CPU time. Collecting hundreds of zero stats for
paused processes is seen as rather pointless.

-PP or -P -P
A second -P switches on the capture of command line
arguments into the process statistics. This can add even
more to the size of files or the size of a database. The
default is 256 characters. Minimum is 16 characters. The
size can be extended using a shell variable NJMON_ARGS_MAX
up to 16384 characters. Note: that some AIX kernels may
have a lower max argument size. Example: export
NJMON_ARGS_MAX=1024

-q influxDB-tags
The tag format is a comma-separated
tagname=tagvalue
both parts are strings. No double or single quotes.
For example: -q dept=foobar,area=51
This option adds user-defined tags that might include:
location, racknumber, owner, workload, department spp, ssp
or HAcluster. See InfluxDB documentation for the definition
of the Line Protocol tag syntax. No spaces are allowed in
the tags string.

New in njmon version 81, there is a new "tags" measure
containing the original and user-defined tags. These can be
added to Grafana's single statistics "text boxes".

NIMON mode: nimon InfluxDB default tags are: hostname, os,
architecture, serial_no, mtm and now includes the additional
tags automatically. There is also a new measure called
"tags" with keys of the default tags and additional tags
with "_tag" added to the names.

NJMON mode: njmon sending data to InfluxDB via njmond has
InfluxDB tags are: hostname, os, architecture, serial_no and
mtm. These are extracted from the JSON data by njmond.
njmond would need to be changed to add the additional tags.
njmond may be updated in the future to use the tag
measurement for the tags.

-r
Random pause at the start. Stops cron starting every njmon
in sync on many endpoints (VM), causing massive network and
InfluxDB peaks, say, once a minute. Especially if you are
using the network time protocol (NTP).

-R

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Reduced mode, don't collect CPU core thread: logical CPUs
like cpu_logicals, cpu_physicals, syscall statistics, nor
netbuffers. You still get the total statistics.

-s seconds
Seconds between snapshots of data (default 60 seconds).
Seconds multiplied by the -c count decided how long njmon
with run before stopping.

-S
NIMON mode only: Appends a Line Protocol timestamp to the
end of every line (for files, pipes & network sockets) When
saving to a file, the data can be added to InfluxDB
later on. Not needed if sending to InfluxDB as it adds
timestamps itself thus removing time zone & drift
problems. Can help other databases. For example
VictoriaMetrics.

-t percentage
Process CPU cut-off threshold percentage. Default 0.001.
This is one thousandth of a CPU second.
Processes using less than this value are not included in the
statistics, thus removing processes using no (or very
little) CPU clock cycle,s and drastically reducing the data
saved for processes.

-T token
For NIMON mode only, InfluxDB 2+ uses a different REST API
and this option switches to Influx 2+ mode.
The Security Token is found in the InfluxDB 2+ CLI or GUI.
It is about 50 characters (Lower and upper case letters,
numbers and some symbol characters). See also the -O
organisation option.

-u
Only available if njmon or nimon are compiled with VIOS
support. Compile with the -D SSP option. This adds VIOS
Shared Storage Pools (SSP) statistics.

-U
Only available if njmon or nimon are compiled with VIOS
support. Compile with the -D SSP option. This adds VIOS
Shared Storage Pools (SSP) statistics for each node.

-v
Only available if njmon or nimon are compiled with VIOS
support. Compile with the -D VIOS option. This adds VIOS
virtual disk and virtual network statistics.

-V
Don't collect Volume Group stats to reduce the CPU
processing time. If not the root user, then these are

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silently switched off.

-w
NIMON mode only. Switch on Influxdata telegraf output mode.
This excludes the HTTP POST string in the output stream.

-W
Ignore warning messages. Use this to suppress some messages
that you no longer want to see.

-x database
NIMON mode only. This is the InfluxDB's database name. For
example: created with "influx" command, then: create
database njmon and exit
Note: nimon and njmon can share the same database and it is
normally called "njmon".
You can use a different database name.
If not specified, then "njmon" is the default. In
InfluxDB2, "database" is now called a "bucket".

-y username
NIMON mode only. This is the InfluxDB 1.x server's username
for authentication. Mandatory: if you have setup InfluxDB to
enforce username and password authentication. The InfluxDB's
default is that no username and no password are necessary.
In this case, any username or password is silently ignored.

-z password
NIMON mode only. This is the InfluxDB 1.x server's password
for authentication. Mandatory: if you have setup InfluxDB
to enforce username and password authentication. The
InfluxDB's default is that no username and no password are
necessary. In this case, any username or password is
silently ignored.

-?
Same as the -h Help option.

-!
Output the full njmon or nimon version information and stop.
For example:s
Version njmon4AIX7-v90-33/10/2025
This is a simple check that you have upgraded njmon and/or
nimon.

-@
Switch on Workload Manager statistics.
See the AIX wlmstat command for the sorts of statistics that
are available. WLM is an advanced AIX feature that allows
AIX processes can be grouped for monitoring and controlling
performance.

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-~
Experimental mode recording only process information and
some other details. This is to aid capturing shorter lived
processes.

Note: on Spectrum Scale (GPFS):

njmon automatically collects GPFS if /usr/lpp/mmfs/bin/mmksh
and /usr/lpp/mmfs/bin/mmpmon are found on the system.
However, if GPFS is present but switched off, then it can
get confused. Use:
export NOGPFS=1
to set a shell variable before running njmon or nimon will
disable GPFS stats.
You can at compile time disable GPFS support with: -D NOGPFS

NIMON to change the POST REST API command PREFIX

NIMON mode
Set shell variable NJMON_INFLUX_API_PREFIX before starting
njmon. This string is added before the REST API "/write"
command. This addition was requested by a VictoriaMetrics
user using proxy servers.
Example: export NJMON_INFLUX_API_PREFIX=/abc/def then
start nimon
And "POST /write?db..." becomes "POST
/abc/def/write?db..."

EXAMPLES for using njmon
1 Simple use
Every minute (60 seconds), all day (1440 minutes), njmond
server hostname and port 8181.
1 Syntax
njmon -s 60 -c 1440 -i centralbox -p 8181

2 Piping the JSON output into a data handler
Every 1 minute (-c 60) all day (1440 minutes in a day),
InfluxDB server hostname influxbox, default InfluxDB port
(-p 8086) and username /password.
2 Syntax
njmon -s 60 -c 1440 | myprog

3 Add process statistics and remove Logical Volume Manager
and Volume Group statistics
Add process statistics (-P) and remove LV + VG data (-LV).
3 Syntax
njmon -s60 -c 1440 -PLV -i centralbox -p 8181

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4 Every half minute
Collect statistics every 30 seconds (-s 30) and all day
(2880 half minutes in a day).
4 Syntax
njmon -s30 -c 2880 -i centralbox -p 8181

5 Add VIOS statistics
Adding VIOS extra statistics for virtual resources and
including SSP, requires the njmon version with VIOS
statistics support compiled in. Use the default port number
of 8181.
5 Syntax
njmon -s30 -c 2880 -vuU -i centralbox

6 Using crontab
Crontab entry starts at 4 minutes after midnight, saves data
every 30 seconds for a day. Use the default port number of
8181 and database name of "njmon".
6 Syntax
4 0 * * * /usr/lbin/njmon -s30 -c 2880 -vuU -i centralbox
2>/dev/null

7 Crontab with kill option
Crontab entry starting hourly and checking if the previous
njmon is still running (if it is, this njmon stops itself).
This uses a PID file called /tmp/njmon.pid. Use the default
port number of 8181 and database name of "njmon".
7 Syntax
0 * * * * /usr/lbin/njmon -s 60 -k -i centralbox 2>/dev/null

8 Using a PID file
Naming a PID file so it is not in /tmp, which might be
erased by some cleanup script. Use the default port number
of 8181 and the database name of "njmon".
8 Syntax
0 * * * * /usr/lbin/njmon -s 60 -K /home/nag/njmon.pid -i
centralbox 2>/dev/null

9 Saving to a local file
Save the njmon data to a file (-f). Here is a quick 5
minutes worth of data. This file can be loaded into
InfluxDB later with njmon2influx.py. The two files will end
.err and .influxlp (lp = Line Protocol).
9 syntax
njmon -s 10 -c 30 -f

10 Getting njmon to change to a specific current directory
njmon moves to the directory /tmp before creating any files.
Save the njmon data to a file (-f). This can be loaded into
InfluxDB later. This is good practice when using crontab.
10 Syntax
njmon -s 60 -c 1440 -m /tmp -f

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11
Use "ssh" to start the njmon agent on a remote endpoint,
return the data over a secure socket and pipe it into the
InfluxDB. Capturing every 15 seconds.
11 Syntax
0 * * * * /usr/lbin/njmon -s 15 -c 5760 | /usr/bin/ssh
fred@ibox /usr/lbin/njmon2influxturbo.py

12 Using a conf file
Use a configuration file to contain the njmon arguments.
This means the arguments are not seen in the "ps" command
output, which is good for security. Use the -a argument-
file option.
12 Syntax
Example command line: /usr/lbin/njmon -a /etc/njmon.conf
12 Config file
An example /etc/njmon.config file contains just the options:
-s 60 -c 1440 -i centralbox -O Acme -T
hduUKdyJH&kdueb123&...

13 What version of njmon am I running?
Output the njmon version details and stop. Good for a quick
installation check.
13 Syntax
njmon -!

14 Add command line argument statistics

Run njmon and include the process stats with the command
line arguments details per process.
14 Syntax
njmon -s 30 -c 2880 -PP -f

EXAMPLES for using nimon
1 Simple use
Every minute (60 seconds), all day (1440 minutes), InfluxDB
server hostname, default InfluxDB port (8086), database
njmon.
1 Syntax
nimon -s 60 -c 1440 -i influxbox -x njmon

2 With user & password
Every 1 minute (-c 60) all day (there are 1440 minutes in a
day), InfluxDB server hostname influxbox, InfluxDB port (-p
8086) and username and password.
2 Syntax
nimon -s 60 -c 1440 -i influxbox -p 8086 -x njmon -y Nigel
-z passw0rd

3 Request process and Logical Volume stats
Add process stats and remove LVM data - assuming the

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database of njmon and the InfluxDB port of 8086
Add process statistics (-P) and remove LV + VG data (-LV).
3 Syntax
nimon -s60 -c 1440 -PLV -i influxbox

4 A typical nimon use
Every half minute with a non-default port of 8888 (this
would have to be configured in the InfluxDB setup).
Collect statistics twice a minute (-s 30) and all day (2880
half minutes in a day).
4 Syntax
nimon -s30 -c 2880 -i influxbox -p 8888 -x njmon

5 Add VIOS statistics
Note: these statistics are only possible on a Virtual I/O
Server.
Adding VIOS extra statistics for virtual resources and
including SSP - requires nimon version with VIOS support
compiled in.
5 Syntax
nimon -s30 -c 2880 -vuU -i influxbox

6 Using crontab
Crontab entry starts at 4 minutes after midnight, save data
every 30 seconds for a day.
Using defaults for the InfluxDB database name (njmon) and
Influx port (8086). The -n stops the process id (PID)
being output as this would generate an email.
6 Syntax
4 0 * * * /usr/lbin/nimon -s30 -c 2880 -i influxbox -n
2>/dev/null

7 Crontab with kill option
Crontab entry starting hourly and checking if the previous
nimon is still running (if it is, this nimon stops itself).
This uses a PID file called /tmp/nimon.pid.
7 Syntax
0 * * * * /usr/lbin/nimon -s 60 -k -i influxbox -n
2>/dev/null

8 Using a PID file
Naming a PID file so it is not in /tmp as this might which
might be erased by a cleanup script.
8 Syntax
0 * * * * /usr/lbin/nimon -s 60 -K /home/nag/nimon.pid -i
influxbox -n 2>/dev/null

9 Saving to a local file
Save the nimon data to a file (-f). This file can not be
loaded into InfluxDB due to it not having a time and date
stamp. The data and time are added by InfluxDB as the data
is loaded. The two files will end .err (for errors) and

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.influxlp (lp = Line Protocol).
Note: nimon Line Protocol format files are much easier to
read with an editor like "vi". JSON format does not include
any Line-feed characters without using a Python script to
reformat to pretty Python format.
9 Syntax
nimon -s 10 -c 30 -f

10 Getting nimon to change directory
nimon changes the current directory tp /tmp before creating
any files. Save the nimon data to a file (-f). This stops
any files from being created in the user's top level
directory.
The second -f option adds the timestamp to the end of each
line of stats.
This can be loaded into InfluxDB later.
10 Syntax
nimon -s 60 -c 1440 -m /tmp -ff

11 Telegraf, Prometheus, elastic and Splunk support
Send data to Telegraf and then onto Prometheus, elastic
(also called ElasticSearch or ELK) or Splunk. You will have
to setup Telegraf on the AIX running nimon with an InfluxDB
input plugin and an output plugin of type Prometheus (or
other services).
Then point Prometheus at the Telegraf server to collect the
data. Similar for elastic and Splunk.
11 Syntax
nimon -s 15 -c 5760 -w -i telegraf_server -p 8888

12 Using a conf file
Using a configuration file to contain the nimon command
arguments. This means the arguments are not seen in the
"ps" command output. This is good for security as it hides
the password or InfluxDB Token. Use the -a argument-file
option.
12 Syntax
Example command line: /usr/lbin/nimon -a /etc/njmon.conf
12 An example /etc/njmon.config file contains just the
options:
-s 30 -c 2880 -i influxbox -O MyOrg -T djJYb5622!&*^@...

13 What version of nimon am I using?
Output the nimon version details and stop
13 Syntax nimon -!

14 Simple example of using InfluxDB 2+.
Note: that the Token is really much larger than in this
example. For security, using the "-a file" option would
hide the Token from the "ps" command.
14 Syntax
nimon -k -s 30 -i influx_hostname -O IBM -T HyS7g1TT-...KK==

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15 Requesting full CLI details for running programs
Request nimon to include the command line arguments. Look
for "cmdline" stats within the process statistics.
15 Syntax
nimon -s 30 -c 2880 -PP -i influxbox

SIGNALS
Dynamically, toggle on verbose debug output using SIGUSR1.
This is good for problem determination and njmon
development.

kill -USR1 <njmon-pid>

FILES
/usr/lbin/njmon The executable command

SEE ALSO
njmon(1)
njmon is like nimon but outputs JSON data.

nimon(1)
nimon is like njmon but outputs InfluxDB Line Protocol data.

ninstall
A simple shell script supplied with njmon to install njmon &
nimon and manual pages with the right file permissions.

nmeasure
Separate command to allow users to add their own statistics
to the njmon InfluxDB database for graphing along side njmon
data.

Online njmon Manual website
See
http://nmon.sourceforge.net/pmwiki.php?n=Site.NjmonManualPage

njmon Download Project website
http://nmon.sourceforge.net/pmwiki.php?n=Site.Njmon

AIXpert Blog Articles on nimon and njmon
https://ibm.biz/AIXpertBlog

perfstat Library website
This is the source of most of the statistics documentation
https://www.ibm.com/support/knowledgecenter/ssw_aix_73/filesreference/libperfstat.h.html

Grafana dashboards (assuming InfluxDB hold the data)
https://grafana.com/grafana/dashboards?search=njmon

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njmon & nimon(1) (AIX and VIOS) njmon & nimon(1)

Other open source tools from Nigel Griffiths
https://mr-nmon.com

AUTHOR
Nigel Griffiths @mr_nmon nigelargriffiths@hotmail.com

BUGS
None, of course. But just in case, please report issues to
the author by email.

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