- The following logging namespaces are now used, to make it easier to
filter only log lines related to the logged application message:
- `platypush:events`
- `platypush:requests`
- `platypush:responses`
- Those messages are always logged as JSON, with no prefixes nor
suffixes.
- Requests are always logged when executed - no more delegation to the
upstream backend.
- Responses are always logged when fully populated (including `id`,
`origin`, `target` etc.), instead of being logged when still partially
populated. This makes it particularly easy to link request/response
IDs directly from the logs.
The Tensorflow module may take a few seconds to load the first time and
slow down the first scan of the plugins.
All the Tensorflow imports should therefore be placed close to where
they are used instead of being defined at the top of the module.
- Support for nested attributes on event hook conditions. Things like
these are now possible:
```
from platypush.event.hook import hook
from platypush.message.event.entities import EntityUpdateEvent
@hook(EntityUpdateEvent, entity={"external_id": "system:cpu"})
def on_cpu_update_event(event: EntityUpdateEvent, **_):
print(event.args["entity"]["percent"])
```
- The scoring/regex extraction/partial string match logic in
`_matches_argument` is actually only needed for
`SpeechRecognizedEvent`. Other events don't need these features, and
event hooks may be actually triggered unexpectedly in case of partial
matches. Therefore, the "complex" `_matches_argument` has been moved
as an override only for `SpeechRecognizedEvent`, and all the other
events will perform simple key-value matching.
Plus, `platypush.schemas.system` has now been split into multiple
submodules to avoid a single-file mega-module with all the system
schemas definitions.
- Support for cloud instances as native entities.
- Using Marshmallow dataclasses+schemas instead of custom `Response`
objects.
- Merge `linode` backend into `linode` plugin.
- Merged together Bluetooth legacy and BLE plugins and scanners.
- Introduced Theengs as a dependency to infer BLE device types and
create sub-entities appropriately.
- Using `BluetoothDevice` and `BluetoothService` entities as the bread
and butter for all the Bluetooth plugin's components.
- Using a shared cache of devices and services between the legacy and
BLE integrations, with merging/coalescing logic included.
- Extended list of discoverable services to include all those officially
supported by the Bluetooth specs.
- Instantiate a separate pool of workers to discover services.
- Refactor of the Bluetooth events - all of them are now instantiated
from a single `BluetoothDevice` object.
This removes warnings on `config.get`, where the `logging` configuration
key may also contain the current logging stream and we end up with a
JSONDecodeError when trying to serialize it.
The `disable_logging` attribute was only available on events and
responses, and it could only either entirely disable or enable logging
for all the events of a certain type.
The new flag allows more customization by setting the default logging
level used for any message of a certain type (or `None` to disable
logging). This makes it possible to e.g. set some verbose events to
debug level, and the user can see them if they configure the application
in debug mode.
It also delegates the logging logic to the message itself, instead of
having different parts of the application handling their own logic.
The `disable_logging` attribute was only available on events and
responses, and it could only either entirely disable or enable logging
for all the events of a certain type.
The new flag allows more customization by setting the default logging
level used for any message of a certain type (or `None` to disable
logging). This makes it possible to e.g. set some verbose events to
debug level, and the user can see them if they configure the application
in debug mode.
It also delegates the logging logic to the message itself, instead of
having different parts of the application handling their own logic.
A `WebhookEvent` hook can now return a tuple in the format `(data,
http_code, headers)` in order to customize the HTTP status code and the
headers of a response.
When a client triggers a `WebhookEvent` by calling a configured webhook
over `/hook/<hook_name>`, the server will now wait for the configured
`@hook` function to complete and it will return the returned response
back to the client.
This makes webhooks much more powerful, as they can be used to proxy
HTTP calls or other services, and in general return something to the
client instead of just executing actions.
- Added initial synchronization and users cache.
- Added loop to poll for new events (TODO: use websocket after the first sync)
- Added login, sync and join actions
- Added ability to listen for signals
- Improved introspection output
- `dbus` plugin and backend have now been merged
- Migrated from `dbus` to `pydbus`
- Removed replication of logic between media.get_youtube_url (action) and media.get_youtube_video_url (internal method)
- Added differentiation between MediaPlayEvent and MediaResumeEvent
Fabio Manganiello