The StartupActivityStateProvider uses an imperative implementation,
driven by callbacks, to set the state of the application. This is hard
to follow as you need to understand which callbacks will be called in
which order. For example, to make sense of an implementation like this,
COLD, WARM, AND HOT would likely need to be implemented in separate
ActivityLifecycleCallbacks.
I feel the StartupStateProvider is an improvement because it leverages
the StartupActivityLog to query a linear state for a more understandable
implementation. Furthermore, it seems accessible to write COLD, WARM,
and HOT in the same class because they can all be approached the same
way.
* Issue #18862: Add new addBookmark BookmarksUseCase
* Issue #18862: Add class for state binding features
* Issue #18862: Add delete multiple tabs to tray interactor
* Issue #18862: Add new actions to navigation interactor
* Issue #18862: Enable select mode from main tray menu
* Issue #18862: Add menu when in select mode
* Close#18862: Add multi-select banner to tabs tray
* Close#18862: Add select support for handle UI
We apply various layout changes to the "handle" UI in the tabs tray when
switching modes. It isn't quite clear to my, why we do this, if it's
really needed to meet the end result, and if there is a better way.
For now, we're simplying moving over that logic that we can re-evaluate
at a later time.
While StrictMode is not exclusively used for performance purposes, it's
primarily used for perf purposes so let's move it to the perf package
and code owner it.
By component groups, I mean I applied this to any class with the
class kdoc, "Component group for...".
There are a few instances of lazy we had to keep using the old API to
avoid having to update constructor arguments.
In a followup PR, we need to add state to strictModeManager (the
number of suppressions). This is much simpler to do when this is defined
as a class rather than an object. However, when this is defined as a
class, `resetAfter` needs access to the strictModeManager. Instead of
passing it in as an argument, it made sense to move this function onto
the strictModeManager instead.
Since folks are used to calling:
```
StrictMode.ThreadPolicy.allowThreadDiskReads().resetAfter
```
We're going to have to add a lint check to prevent them from doing that.
I originally tried to create this PR leaving this as an object to keep
the change simple but it wasn't worth it - once the object started to
keep state, we'd need to manually reset the state between runs. Also,
the tests were already getting hacky with static mocking so it was
easier to address some of those issues this way too.