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[add] about streams in README.md.

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Yamada Ryo 2024-10-27 12:20:58 +09:00
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@ -31,7 +31,7 @@ Research in cutting-edge languages like [Koka](https://koka-lang.github.io/koka/
Heftia extends this by supporting higher-order algebraic effects, allowing for more expressive and modular effect management.
This leads to more maintainable and extensible applications compared to non-algebraic effect libraries, positioning Heftia at **the forefront of modern effect handling techniques**.
Furthermore, **Heftia is functionally a superset of other effect libraries**, especially those based on IO.
Furthermore, **Heftia is functionally a superset of other effect libraries**, especially those based on `ReaderT` over `IO`.
In other words, anything that is possible with other libraries is also possible with this library.
This is because Heftia supports `MonadUnliftIO` in the form of higher-order effects.
@ -44,9 +44,12 @@ This is because Heftia supports `MonadUnliftIO` in the form of higher-order effe
* Higher-order effects
* Delimited continuations (algebraic effects)
* Coroutines (non-scoped resumptions)
* Coroutine-based, composable, and resumable concurrent streams
* Non-deterministic computations
* [`MonadUnliftIO`](https://hackage.haskell.org/package/unliftio)
* Code example: [heftia-effects/Example/UnliftIO/Main.hs](https://github.com/sayo-hs/heftia/blob/v0.5.0/heftia-effects/Example/UnliftIO/Main.hs)
* Examples
* [heftia-effects/Example/UnliftIO/Main.hs](https://github.com/sayo-hs/heftia/blob/v0.5.0/heftia-effects/Example/UnliftIO/Main.hs)
* [heftia-effects/Example/Stream/Main.hs](https://github.com/sayo-hs/heftia/blob/v0.5.0/heftia-effects/Example/Stream/Main.hs)
All of these interact through a simple, consistent, and predictable semantics based on algebraic effects.