Split skill_manager into three separate classes, SkillManager, SkillUpdater and SkillLoader splitting the responsibility into logical units
* Split the SkillManager.__init__ code to determine the download times into a new method
* Make docstrings consistent and PEP257 compliant. Also fixed a couple of spelling errors
* fixed two issues introduced in the previous refactoring
* removed unnecessary assignment of an instance attribute to a local variable
* updated the unit test to mock out code that reaches outside of core, like MSM and the configuration manager.
* add several unittests and refactored load_priority method.
* add a test for the _get_last_modified_date function.
* add "quick" argument to docstring
* removed unused import
* new class containing the logic to periodically update/install skills and send skill manifests to the backend.
* import MsmException from where it is defined, not from the skill manager.
* add some logging to the skill updater
* remove code now in SkillUpdater from SkillManager
* added imports to __init__.py to define the API into the message bus package
* new base class for unit tests and module for reusable mocks
* new skill loader class that will replace the _load_or_reload_skill() method in the SkillManager class.
* moved skill loading logic from core.py into skill_loader.py, resulting in some refactoring of skill loader and skill manager. change unit tests to match.
* added back some spacing that was inadvertently removed.
* change skill tester to use new SkillLoader class.
* Separate reload required check from performing reload to make logic easier
to follow
* Track skills that failed to load to handle infinite loop at first load
if skill fails to load
* Allow reloading skills that has failed to load
* Simplify first load of skills
- create activate, deactivate and unload methods for skill_loader
objects
- add sanity checks before activating and deactivating skills
- Update activation/deactivation test cases
Refactors code so no request is sent to backend if the local identity
file is empty / has no uuid. Since if this part is missing core already
knows that it's not paired correctly.
The initial framework for live streaming Speech to Text. STT derived
classes now can report that they support live streaming via their
"can_stream" property. If True, the following member functions will be
called on the object:
stream_start() - Called when a stream is starting. Should setup any
persistent state required to process speech to text.
stream_data(chunk) - Called when a chunk of audio data has been
captured.
stream_stop() - Called when a stream should be stopped. Should tear down
any state setup with stream_start(). Note that this may be called at
anytime (even if stream_start() has not been called).
Note that the execute() API is still used to get the text utterance from
the class.
A typical sequence of calls would be:
stream_start()
stream_data(...)
stream_data(...)
stream_data(...)
stream_data(...)
...
execute(...)
stream_stop()
Åke Forslund
Chris Veilleux
mathmauney
c0r73x
Kris Gesling
David Wagner
Chris Rogers
Joshua Watt
Kathy Reid