Due to mismatches in WA and devlib versions this previous upgrade method
could have been trigger before it was needed and would not be called a
second time. Now we can be sure that WA and devlib are updated together
bump the version number again to ensure the upgrade method is called a
second time to ensure the POD is upgraded correctly.
The Devlib KernelConfig object was refactored in commit
f65130b7c7
therefore update the way KernelConfig objects are deserialized to reflect the new
implementation and provide a conversion for PODs.
Add format_version class attribute to TargetInfo to track format
changes. This is checked when deserializing from POD to catch format
changes between cached and obtained TargetInfo's.
- Add copyright headers to files that did not already have them
- Update the year to the last year the file was modified in files with
existing headers.
When iterating over PLATFORMS tuples, account for the
platform_target_defaults introduced by 7470fb5ee.
Also, correct the tuple description in the comments.
- Add "hard" parameter to TargetManager's reboot().
- Pass in context to TargetManager's reboot() and
verify_target_responsive() -- this is needed for signal dispatch.
- Call self.reboot() instead of self.target.reboot() when attempting a
reset for unresponsive targets inside TargetManager, in order to
ensure that appropriate signals are dispatched.
Previously incorrect method calls were used to try and convert 'max' and
'min' into their corresponding frequencies, now call the correct methods
and refactor the conversion into a separate method.
Expose the RebootPolicy as an attribute of the ExectionContext and ensure
that that the target is not automatically rebooted if the reboot
policy is set to "Never".
Add hostid entry, as reported by busybox's hostid applet, to TargetInfo.
This is intended to be a "unique 32-bit identifier for the current
machine". In practice, it may not be set, or may be generated from
something like an IP address, so may not be unique. However, if set, it
is still likely to be more unique than kernel/os version so may be worth
recording.
Replace Target.cpuinfo, which contained parsed contents of
/proc/cpuinfo, with a list of more comprehensive CpuInfo objects which
include cpufreq and cpuidle information as well.
- Add SimpleTargetDescriptor that simply returns a global list of target
descriptions.
- Add create_target_description function to populate that list with a
description crated from the specified components.
- Add add_description_for_target helper function to create a description
for the specified target class, and specified components. For
components that are not explicitly specified, attempt to guess
sensible defaults based on the target class' bases.
- fix TargetDescription._set to set lists rather than dicts for params
to be consistent with how params are set after creation (should
probably get rid of this entirely...)
- fix the comment describing the structure of TARGETS
If a target error occurs, check whether the target is unresponsive. If
it is, attempt to hard reset it if possible, or gracefully terminate
execution if not.
Add a method to check that the target is still responsive, and cache
the value so that the target does not need to be repeatedly probed
during various stages of wrapping up execution.
Rename the `start` method to `run` as this is what is what is called
by the threading module's `start` method, otherwise this causes the
polling to be done in the main thread blocking execution.
Allows setting of select android runtime configuration for devices running
chromeos and which support android. Currently only 'brightness' is functioning
correctly therefore the other parameters are only enable for standard android devices.
Previously when validating cpufreq runtime parameters it would check too
early whether the cpu was online, not allowing for the fact that the cpu
might be being onlined before the parameter was committed to the device.
Fix the setting of runtime parameters when the casing of the parameter in
the agenda does not match the "canonical" casing.
To make the writing of agendas easier, the casing of the parameters is
supposed to be ignored. To achieve this, parameter names are converted to
caseless_string type before they are looked up.
caseless_string's do not work with dicts. Both __contains__ (used for
the "in" operator) and __getitem__ (used for the [] operator) implement
hash-based look up, and it is not possible to have a caseless_string
match against multiple hashes to cover the different casing
possibilities.
So instead, iterate over the items in parameters dict, comparing the
caseless_string name to the key, and returning the value if it matches.
