Warning
This document is for an old release of Galaxy. You can alternatively view this page in the latest release if it exists or view the top of the latest release's documentation.
Collecting Job Metrics¶
Galaxy can collect various metrics about jobs that it runs. The metrics that can be collected depend on which plugins
(described in this section) are enabled. Two galaxy.yml
configuration options control the job metrics plugin
configuration:
job_metrics
: Inline global configuration of job metrics pluginsjob_metrics_config_file
: Path to a standalone metrics configuration file. Prior to Galaxy 23.2, this was the only way to configure job metrics plugins. It defaults to<config_dir>/job_metrics_conf.xml
for legacy reasons, but using the XML syntax is discouraged, YAML (the syntax is the same asjob_metrics
) is preferred.
If the job_metrics_config_file
exists, it overrides anything configured in job_metrics
.
Default Job Metrics Configuration¶
If no configuration is specified, the default is to load only the core
plugin:
- type: core
Available Job Metrics Plugins¶
The list of metrics plugins implemented in the code can be found at lib/galaxy/job_metrics/instrumenters
.
core¶
The core plugin captures the number of cores allocated to the job ($GALAXY_SLOTS
), the start and end time of job (in
seconds since epoch) and computes the runtime in seconds.
It has no options.
- type: core
cpuinfo¶
The cpuinfo plugin captures the processor count on the system that that job ran on (note that this may differ from the number of CPUs actually allocated to the job).
The optional verbose
option (default: false
) captures details (likely far too much) about each CPU, as found in
/proc/cpuinfo
.
The cpuinfo plugin works on Linux only.
- type: cpuinfo
verbose: false
meminfo¶
The meminfo plugin captures the memory information on the system that the job ran on (note that this may differ from the amount of memory actually allocated to the job).
It has no options.
- type: meminfo
hostname¶
The hostname plugin captures the output of hostname
on the system that the job ran on.
It has no options.
- type: hostname
uname¶
The uname plugin captures the output of uname -a
on the system that the job ran on.
It has no options.
- type: uname
env¶
The env plugin captures environment variables set in the job’s executing environment.
By default, it captures all environment variables, which is likely excessive but may be useful for debugging. The
optional variables
option can be set to a list of variables to capture (if set). For legacy purposes, this can also
be a comma-separated string of variable names.
- type: env
variables:
- HOSTNAME
- SLURM_CPUS_ON_NODE
- SLURM_JOBID
cgroup¶
The cgroup plugin captures values set by Linux Control Groups (cgroups). This is most useful if your jobs run in unique per-job Cgroups (as Slurm does if so configured).
Both cgroups version 1 (cgroupsv1) and cgroups version 2 (cgroupsv2) are supported, by default metrics will be collected
for whichever version is mounted on the system where the job ran. The optional version
option (default: auto
)
can be used to only generate metrics capture commands in the job script for the specified cgroups version (1
or
2
).
By default, only a small set of cgroup parameters will be recorded, the list of which can be found in
lib/galaxy/job_metrics/instrumenters/cgroup.py
in the Galaxy code. The optional verbose
option (default:
false
) can be set to capture all parameters in the cpu
, cpuacct
, and memory
controllers (cgroups version
1) or cpu
and memory
controllers (cgroups version 2).
It is also possible to specify exactly which cgroup parameters to capture by setting the optional params
option to a
list of parameter names (files in the controller directory) to capture. For legacy purposes, this can also be a
comma-separated string of cgroup parameter names.
The cgroup plugin works on Linux only.
- type: cgroup
verbose: false
version: 2
params:
- cpu.stat
- memory.peak
Overriding the Global Job Metrics Configuration¶
Individual Galaxy job config environments (destinations) can disable metric collection by setting the metrics
parameter on that environment:
execution:
environments:
example:
metrics:
- type: core
- type: cpuinfo
- type: meminfo
Alternatively, a file can be specified:
execution:
environments:
example:
metrics:
src: path
path: /srv/galaxy/config/metrics_override.yml
Additional accepted values for src
include default
and disabled
.