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HTML rendering created 2024-06-26 by Michael Kerrisk, author of The Linux Programming Interface. For details of in-depth Linux/UNIX system programming training courses that I teach, look here. Hosting by jambit GmbH. |
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NAME | SYNOPSIS | DESCRIPTION | CONFIGURATION FILE | OPTIONS | FILES | PCP ENVIRONMENT | SEE ALSO | COLOPHON |
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PCP2XLSX(1) General Commands Manual PCP2XLSX(1)
pcp2xlsx - pcp-to-xlsx metrics exporter
pcp2xlsx [-5CGHILmrRvVz?] [-4 action] [-a archive] [-A align]
[--archive-folio folio] [-b|-B space-scale] [-c config]
[--container container] [--daemonize] [-e derived] [-f format]
[-F outfile] [-h host] [-i instances] [-K spec] [-O origin]
[-P|-0 precision] [-q|-Q count-scale] [-s samples] [-S starttime]
[-t interval] [-T endtime] [-y|-Y time-scale] [-Z timezone]
metricspec [...]
pcp2xlsx is a customizable performance metrics exporter tool from
PCP to XLSX. Any available performance metric, live or archived,
system and/or application, can be selected for exporting using
either command line arguments or a configuration file.
pcp2xlsx is a close relative of pmrep(1). Refer to pmrep(1) for
the metricspec description accepted on pcp2xlsx command line.
See pmrep.conf(5) for description of the pcp2xlsx.conf
configuration file syntax. This page describes pcp2xlsx specific
options and configuration file differences with pmrep.conf(5).
pmrep(1) also lists some usage examples of which most are
applicable with pcp2xlsx as well.
Only the command line options listed on this page are supported,
other options available for pmrep(1) are not supported.
Options via environment values (see pmGetOptions(3)) override the
corresponding built-in default values (if any). Configuration
file options override the corresponding environment variables (if
any). Command line options override the corresponding
configuration file options (if any).
pcp2xlsx uses a configuration file with syntax described in
pmrep.conf(5). The following options are common with pmrep.conf:
version, source, speclocal, derived, header, globals, samples,
interval, type, type_prefer, ignore_incompat, names_change,
instances, omit_flat, include_labels, precision, precision_force,
count_scale, count_scale_force, space_scale, space_scale_force,
time_scale, time_scale_force. The rest of the pmrep.conf options
are recognized but ignored for compatibility.
pcp2xlsx specific options
None.
The available command line options are:
-0 precision, --precision-force=precision
Like -P but this option will override per-metric
specifications.
-4 action, --names-change=action
Specify which action to take on receiving a metric names
change event during sampling. These events occur when a
PMDA discovers new metrics sometime after starting up, and
informs running client tools like pcp2xlsx. Valid values
for action are update (refresh metrics being sampled),
ignore (do nothing - the default behaviour) and abort (exit
the program if such an event occurs).
-5, --ignore-unknown
Silently ignore any metric name that cannot be resolved. At
least one metric must be found for the tool to start.
-a archive, --archive=archive
Performance metric values are retrieved from the set of
Performance Co-Pilot (PCP) archive files identified by the
archive argument, which is a comma-separated list of names,
each of which may be the base name of an archive or the name
of a directory containing one or more archives.
-A align, --align=align
Force the initial sample to be aligned on the boundary of a
natural time unit align. Refer to PCPIntro(1) for a
complete description of the syntax for align.
--archive-folio=folio
Read metric source archives from the PCP archive folio
created by tools like pmchart(1) or, less often, manually
with mkaf(1).
-b scale, --space-scale=scale
Unit/scale for space (byte) metrics, possible values include
bytes, Kbytes, KB, Mbytes, MB, and so forth. This option
will not override possible per-metric specifications. See
also pmParseUnitsStr(3).
-B scale, --space-scale-force=scale
Like -b but this option will override per-metric
specifications.
-c config, --config=config
Specify the config file or directory to use. In case config
is a directory all files in it ending .conf will be
included. The default is the first found of:
./pcp2xlsx.conf, $HOME/.pcp2xlsx.conf,
$HOME/pcp/pcp2xlsx.conf, and $PCP_SYSCONF_DIR/pcp2xlsx.conf.
For details, see the above section and pmrep.conf(5).
--container=container
Fetch performance metrics from the specified container,
either local or remote (see -h).
-C, --check
Exit before reporting any values, but after parsing the
configuration and metrics and printing possible headers.
--daemonize
Daemonize on startup.
-e derived, --derived=derived
Specify derived performance metrics. If derived starts with
a slash (``/'') or with a dot (``.'') it will be interpreted
as a PCP derived metrics configuration file, otherwise it
will be interpreted as comma- or semicolon-separated derived
metric expressions. For complete description of derived
metrics and PCP derived metrics configuration files see
pmLoadDerivedConfig(3) and pmRegisterDerived(3).
Alternatively, using pmrep.conf(5) configuration syntax
allows defining derived metrics as part of metricsets.
-G, --no-globals
Do not include global metrics in reporting (see
pmrep.conf(5)).
-f format, --timestamp-format=format
Use the format string for formatting the timestamp. The
format will be used with Python's datetime.strftime method
which is mostly the same as that described in strftime(3).
The default is %Y-%m-%d %H:%M:%S.
-F outfile, --output-file=outfile
Specify the output file outfile.
-h host, --host=host
Fetch performance metrics from pmcd(1) on host, rather than
from the default localhost.
-H, --no-header
Do not print any headers.
-i instances, --instances=instances
Retrieve and report only the specified metric instances from
currently present metric instances. By default all current
instances are reported.
Refer to pmrep(1) for complete description of this option.
-I, --ignore-incompat
Ignore incompatible metrics. By default incompatible
metrics (that is, their type is unsupported or they cannot
be scaled as requested) will cause pcp2xlsx to terminate
with an error message. With this option all incompatible
metrics are silently omitted from reporting. This may be
especially useful when requesting non-leaf nodes of the PMNS
tree for reporting.
-K spec, --spec-local=spec
When fetching metrics from a local context (see -L), the -K
option may be used to control the DSO PMDAs that should be
made accessible. The spec argument conforms to the syntax
described in pmSpecLocalPMDA(3). More than one -K option
may be used.
-L, --local-PMDA
Use a local context to collect metrics from DSO PMDAs on the
local host without PMCD. See also -K.
-m, --include-labels
Include PCP metric labels in the output.
-O origin, --origin=origin
When reporting archived metrics, start reporting at origin
within the time window (see -S and -T). Refer to
PCPIntro(1) for a complete description of the syntax for
origin.
-P precision, --precision=precision
Use precision for numeric non-integer output values. The
default is to use 3 decimal places (when applicable). This
option will not override possible per-metric specifications.
-q scale, --count-scale=scale
Unit/scale for count metrics, possible values include count
x 10^-1, count, count x 10, count x 10^2, and so forth from
10^-8 to 10^7. (These values are currently space-
sensitive.) This option will not override possible per-
metric specifications. See also pmParseUnitsStr(3).
-Q scale, --count-scale-force=scale
Like -q but this option will override per-metric
specifications.
-r, --raw
Output raw metric values, do not convert cumulative counters
to rates. This option will override possible per-metric
specifications.
-R, --raw-prefer
Like -r but this option will not override per-metric
specifications.
-s samples, --samples=samples
The samples argument defines the number of samples to be
retrieved and reported. If samples is 0 or -s is not
specified, pcp2xlsx will sample and report continuously (in
real time mode) or until the end of the set of PCP archives
(in archive mode). See also -T.
-S starttime, --start=starttime
When reporting archived metrics, the report will be
restricted to those records logged at or after starttime.
Refer to PCPIntro(1) for a complete description of the
syntax for starttime.
-t interval, --interval=interval
Set the reporting interval to something other than the
default 1 second. The interval argument follows the syntax
described in PCPIntro(1), and in the simplest form may be an
unsigned integer (the implied units in this case are
seconds). See also the -T option.
-T endtime, --finish=endtime
When reporting archived metrics, the report will be
restricted to those records logged before or at endtime.
Refer to PCPIntro(1) for a complete description of the
syntax for endtime.
When used to define the runtime before pcp2xlsx will exit,
if no samples is given (see -s) then the number of reported
samples depends on interval (see -t). If samples is given
then interval will be adjusted to allow reporting of samples
during runtime. In case all of -T, -s, and -t are given,
endtime determines the actual time pcp2xlsx will run.
-v, --omit-flat
Report only set-valued metrics with instances (e.g.
disk.dev.read) and omit single-valued ``flat'' metrics
without instances (e.g. kernel.all.sysfork). See -i and
-I.
-V, --version
Display version number and exit.
-y scale, --time-scale=scale
Unit/scale for time metrics, possible values include
nanosec, ns, microsec, us, millisec, ms, and so forth up to
hour, hr. This option will not override possible per-metric
specifications. See also pmParseUnitsStr(3).
-Y scale, --time-scale-force=scale
Like -y but this option will override per-metric
specifications.
-z, --hostzone
Use the local timezone of the host that is the source of the
performance metrics, as identified by either the -h or the
-a options. The default is to use the timezone of the local
host.
-Z timezone, --timezone=timezone
Use timezone for the date and time. Timezone is in the
format of the environment variable TZ as described in
environ(7). Note that when including a timezone string in
output, ISO 8601 -style UTC offsets are used (so something
like -Z EST+5 will become UTC-5).
-?, --help
Display usage message and exit.
pcp2xlsx.conf
pcp2xlsx configuration file (see -c)
$PCP_SYSCONF_DIR/pmrep/*.conf
system provided default pmrep configuration files
Environment variables with the prefix PCP_ are used to
parameterize the file and directory names used by PCP. On each
installation, the file /etc/pcp.conf contains the local values
for these variables. The $PCP_CONF variable may be used to
specify an alternative configuration file, as described in
pcp.conf(5).
For environment variables affecting PCP tools, see
pmGetOptions(3).
PCPIntro(1), mkaf(1), pcp(1), pcp2elasticsearch(1),
pcp2graphite(1), pcp2influxdb(1), pcp2json(1), pcp2spark(1),
pcp2xml(1), pcp2zabbix(1), pmcd(1), pminfo(1), pmrep(1),
pmGetOptions(3), pmLoadDerivedConfig(3), pmParseUnitsStr(3),
pmRegisterDerived(3), pmSpecLocalPMDA(3), LOGARCHIVE(5),
pcp.conf(5), pmrep.conf(5), PMNS(5) and environ(7).
This page is part of the PCP (Performance Co-Pilot) project.
Information about the project can be found at
⟨http://www.pcp.io/⟩. If you have a bug report for this manual
page, send it to [email protected]. This page was obtained from the
project's upstream Git repository
⟨https://github.com/performancecopilot/pcp.git⟩ on 2024-06-14.
(At that time, the date of the most recent commit that was found
in the repository was 2024-06-14.) If you discover any rendering
problems in this HTML version of the page, or you believe there
is a better or more up-to-date source for the page, or you have
corrections or improvements to the information in this COLOPHON
(which is not part of the original manual page), send a mail to
[email protected]
Performance Co-Pilot PCP PCP2XLSX(1)
Pages that refer to this page: pcp2elasticsearch(1), pcp2graphite(1), pcp2influxdb(1), pcp2json(1), pcp2openmetrics(1), pcp2spark(1), pcp2template(1), pcp2xml(1), pcp2zabbix(1), pmrep(1)
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HTML rendering created 2024-06-26 by Michael Kerrisk, author of The Linux Programming Interface. For details of in-depth Linux/UNIX system programming training courses that I teach, look here. Hosting by jambit GmbH. |
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