TimingMetricTask¶
TimingMetricTask
creates a wall-clock timing Measurement
based on data collected by @timeMethod
.
It reads the raw timing data from the top-level CmdLineTask
’s metadata, which is identified by the task configuration.
Processing summary¶
TimingMetricTask
searches the metadata for @timeMethod
-generated keys corresponding to the method of interest.
If it finds matching keys, it stores the elapsed time as a Measurement
.
Python API summary¶
from lsst.verify.tasks.commonMetrics import TimingMetricTask
-
class
(**kwargs)TimingMetricTask
A Task that computes a wall-clock time using metadata produced by the `lsst.pipe.base.timeMethod` decorator
...
-
attribute
config
Access configuration fields and retargetable subtasks.
See also
See the TimingMetricTask
API reference for complete details.
Butler datasets¶
Input datasets¶
metadata
- The metadata of the top-level command-line task (e.g.,
ProcessCcdTask
,ApPipeTask
) being instrumented. Because the metadata produced by each top-level task is a different Butler dataset type, this dataset must be explicitly configured when runningTimingMetricTask
or aMetricsControllerTask
that contains it.
Retargetable subtasks¶
No subtasks.
Configuration fields¶
connections¶
- Data type
lsst.pipe.base.config.Connections
- Field type
ConfigField
Configurations describing the connections of the PipelineTask to datatypes
metric¶
The fully qualified name of the metric to store the profiling information.
saveMetadata¶
Flag to enable/disable metadata saving for a task, enabled by default.
target¶
The method to profile, optionally prefixed by one or more tasks in the format of
lsst.pipe.base.Task.getFullMetadata()
.Examples¶
from lsst.verify.tasks import TimingMetricTask
config = TimingMetricTask.ConfigClass()
config.metadata.name = "apPipe_metadata"
config.target = "apPipe:ccdProcessor.runDataRef"
config.metric = "pipe_tasks.ProcessCcdTime"
task = TimingMetricTask(config=config)
# config.metadata provided for benefit of MetricsControllerTask/Pipeline
# but since we've defined it we might as well use it
metadata = butler.get(config.metadata.name)
processCcdTime = task.run(metadata).measurement