Summary:
Add `uint32_t` as a valid type for communication between C++ and JS via bridging.
Changelog: [Internal]
Reviewed By: christophpurrer
Differential Revision: D42008412
fbshipit-source-id: 2c038e37745782b677d28bcbe4cc030683b74286
Summary:
There are use cases in which we want to pass a set of unique elements from C++ to JS and back. We can do this simple by re-using a plain JS array for these purposes.
Changelog:
[Internal][Added] react-native bridging > Add support for std::set
Reviewed By: cipolleschi
Differential Revision: D40668244
fbshipit-source-id: d06603440569e5f760c2859a54cf6e4232c7d97a
Summary:
`toJs()` resolution trips up on converting the plain old jsi values.
In order to help it - remove the automatic inference of template types, since we already know that `T` in this case is going to be the concrete jsi type.
This allows using implicit conversions on Sync/Async Callback types, as well as AsyncPromise.
Without it - AsyncPromise/Callback trip up on trying to convert Convertor<T> to jsi type.
Changelog:
[General][Added] SyncCallback/AsyncCallback/AsyncPromise bridging types in C++ now allow wrapping JSI types.
Reviewed By: JoshuaGross
Differential Revision: D38529799
fbshipit-source-id: 860de2d771899f331bf1a4ff0dade4eccc875618
Summary:
Update C++ TurboModule codegen to wrap nullable types in `std::optional` whereas before the conversion would cause a crash.
Changelog:
Internal
Reviewed By: mdvacca, nlutsenko
Differential Revision: D35299708
fbshipit-source-id: 7daa50fe8b16879c5b3a55a633aa3f724dc5be30
Summary:
These `constexpr` template variables make it really easy to test for bridging conversion to/from the specified types. The unit tests for this actually uncovered a bug with incompatible casts from lvalue references that was fixed in this diff as well.
Changelog:
Internal
Reviewed By: christophpurrer
Differential Revision: D35105398
fbshipit-source-id: 6e5f16e44ba99b296284970bf32c1f2f47201391
Summary:
This adds `bridging::toJs` and `bridging::fromJs` functions that will safely cast to and from JSI values and C++ types. This is extensible by specializing `Bridging<T>` with `toJs` and/or `fromJs` static methods. There are specializations for most common C++ and JSI types along with tests for those.
C++ functions and lambdas will effortlessly bridge into JS, and bridging JS functions back into C++ require you to choose `SyncCallback<R(Args...)>` or `AsyncCallback<Args...>` types. The sync version allows for having a return value and is strictly not movable to prevent accidentally moving onto another thread. The async version will move its args onto the JS thread and safely call the callback there, but hence always has a `void` return value.
For promises, you can construct a `AsyncPromise<T>` that has `resolve` and `reject` methods that can be called from any thread, and will bridge into JS as a regular `Promise`.
Changelog:
[General][Added] - New bridging API for JSI <-> C++
Reviewed By: christophpurrer
Differential Revision: D34607143
fbshipit-source-id: d832ac24cf84b4c1672a7b544d82e324d5fca3ef
Ruslan Shestopalyuk
Christoph Purrer
Nikita Lutsenko
Scott Kyle