Set context for the loggers of the Runner, the workloads and the
installed instruments and processors. Errors/warnings logged by these
entities will be automatically added as events.
If an error occurs in a ManagedCallback that is invoked outside of a
job, re-raise rather than attempting to update the status of the
non-existent job.
- Re-order Status entries so that higher severity entries have higher
enum values.
- Add set_status() to Job that ensures that a status is only set if it
is of higher severity (e.g. a Job that has been marked as PARTIAL by
an instrument will not be overwritten as OK by the runner).
- Retry no generates a new job, rather than re-enqueuing the existing
object; this ensures that the output status is tracked properly.
- Adjust ManagedCallback to set set job status to FAILED if it sees a
WorkloadError, and to PARTIAL other wise. The idea being that
instruments raise WorkloadError if they have a reason to believe
workload did not execute properly and indicated failure even if the
workload itself has failed to detect it (e.g. FPS instrument detecting
crashed content, where the workload might lack any feedback regarding
the crash). Other errors would indicate an issue with the instrument
itself, and so the job is marked as PARTIAL, as there is no reason to
suspect that the workload is at fault and the other results generated
for this execution may be valid.
- What used to be enum.values is now enum.levels.
- Add enum.names and enum.values that are lists of enum's levels' names
and values respectively.
- Add a check on creation to make sure that provided level names do not
conflict with the atomatically created members.
- Workload's update_result stage has now been broken up into two parts:
extract_results and update_output. This is to allow the assistant to
pull output from the target in between the two stages.
- Updated assistant implementations for Linux and Android targets from
the exisiting code.
- Extended target descriptor code to handle assistants and their
parameters as well.
- Updated the target manager to actually make use of the assistants.
- Fixed up some of the signal map for instrumentation
- Changed how priorites are specified -- no longer method name prefixes
but dedicated decorators, including an easy way of specifying a custom
priority level (no longer need to manually connect signals)
- Updated ExecutionTimeInstrument to work with the new system
- Also removed some dead code
Changing the way target descriptions work from a static mapping to
something that is dynamically generated and is extensible via plugins.
Also moving core target implementation stuff under "framework".
