* Require lifetime specification of user-scoped data
* Decouple tests for different classes
This coupling assumed constant interfaces with classes that isn't a guarantee and requires significant acrobatics to make types work, now that key definitions are not a consistent base.
* Fix types
We currently use a callback syntax for abstract services. This syntax isn't completely strict compliant and will fail the strictPropertyInitialization check. We also currently don't get any compile time errors if we forget to implement a function.
To that end this PR updates all platform owned services to use the appropriate abstract keyword for non implemented functions. I also updated the fields to be actual functions and not properties.
#7290 introduced these types, but during development we switched over to specifying dependencies in type parameters instead of an object. This change meant we no longer needed these `Type` or `ShapeToInstance` types, greatly simplifying the types related to derived state.
* Remove derived state from state classes
* Create provider for derived state
Derived state is automatically stored to memory storage, but can be derived from any observable.
* Fixup state provider method definitions
* Test `DefaultDerivedState`
* remove implementation notes
* Write docs for derived state
* fixup derived state provider types
* Implement buffered delayUntil operator
* Move state types to a common module
* Move mock ports to centra location
* Alias DerivedStateDependency type
* Add dependencies to browser
* Prefer internal rxjs operators for ref counting
* WIP
* Ensure complete on subjects
* Foreground/background messaging for browser
Defers work for browser to the background
* Test foreground port behaviors
* Inject foreground and background derived state services
* remove unnecessary class field
* Adhere to required options
* Add dderived state to CLI
* Prefer type definition in type parameters to options
* Prefer instance method
* Implements factory methods for common uses
* Remove nothing test
* Remove share subject reference
Share manages connector subjects internally and will reuse them until
refcount is 0 and the cleanup time has passed. Saving our own reference
just risks memory leaks without real testability benefits.
* Fix interaction state
* Specify state provider for currently active user
* Split active and single user States
UserStateProvider is still the mechanism to build each State object.
The SingleUserState is basically a repeat of GlobalState, but with
additional scoping.
* Fixup global state cache
* fix fakers to new interface
* Make userId available in single user state
* Split providers by dependency requirements
This allows usage of the single state provider in contexts that would
otherwise form circular dependencies.
* Offer convenience wrapper classes for common use
* Import for docs
* Bind wrapped methods
