nova/Monadic-ScalaFX-Demo
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cleanup/refactorings

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This commit is contained in:
Rohan Sircar 2021-12-07 16:30:13 +05:30
parent 672851aeeb
commit 5b0cfcae8c
33 changed files with 1224 additions and 1023 deletions
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4
build.sbt
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@ -15,9 +15,7 @@ resolvers += "jitpack" at "https://jitpack.io"
enablePlugins(JavaFxPlugin) enablePlugins(JavaFxPlugin)
libraryDependencies ++= Seq( libraryDependencies ++= Seq(
"org.typelevel" %% "cats-core" % "2.2.0", "io.monix" %% "monix" % "3.4.0",
"org.typelevel" %% "cats-effect" % "2.2.0",
"io.monix" %% "monix" % "3.3.0",
"io.monix" %% "monix-bio" % "1.1.0", "io.monix" %% "monix-bio" % "1.1.0",
"io.circe" %% "circe-core" % "0.13.0", "io.circe" %% "circe-core" % "0.13.0",
"io.circe" %% "circe-generic" % "0.13.0", "io.circe" %% "circe-generic" % "0.13.0",

2
src/main/resources/application.conf
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@ -1,6 +1,6 @@
javafx-dispatcher { javafx-dispatcher {
type = "Dispatcher" type = "Dispatcher"
executor = "nova.monadic_sfx.executors.JavaFXEventThreadExecutorServiceConfigurator" executor = "nova.monadic_sfx.concurrent.JavaFXEventThreadExecutorServiceConfigurator"
throughput = 1 throughput = 1
} }
akka.jvm-exit-on-fatal-error = on akka.jvm-exit-on-fatal-error = on

350
src/main/scala/nova/monadic_sfx/App.scala Normal file
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@ -0,0 +1,350 @@
package nova.monadic_sfx
import cats.syntax.eq._
import io.odin.Logger
import monix.bio.IO
import monix.bio.Task
import monix.eval.Coeval
import monix.execution.cancelables.CompositeCancelable
import monix.{eval => me}
import nova.monadic_sfx.concurrent.Schedulers
import nova.monadic_sfx.implicits._
import nova.monadic_sfx.ui.FX
import nova.monadic_sfx.ui.components.router.FXRouter
import nova.monadic_sfx.ui.components.router.Page
import nova.monadic_sfx.ui.components.todo.TodoListStore
import nova.monadic_sfx.ui.components.todo.TodoListView
import nova.monadic_sfx.util.MediaPlayerResource
import nova.monadic_sfx.util.controls.JFXButton
import nova.monadic_sfx.util.controls.JFXDialog
import nova.monadic_sfx.util.controls.JFXTextField
import nova.monadic_sfx.util.controls.VideoView
import org.gerweck.scalafx.util._
import org.kordamp.bootstrapfx.BootstrapFX
import scalafx.Includes._
import scalafx.application.JFXApp3.PrimaryStage
import scalafx.beans.property.ObjectProperty
import scalafx.beans.property.StringProperty
import scalafx.collections.ObservableBuffer
import scalafx.geometry.Insets
import scalafx.geometry.Pos
import scalafx.scene.Node
import scalafx.scene.Parent
import scalafx.scene.Scene
import scalafx.scene.control.Label
import scalafx.scene.control.TableColumn
import scalafx.scene.control.TableView
import scalafx.scene.control.Tooltip
import scalafx.scene.layout.BorderPane
import scalafx.scene.layout.HBox
import scalafx.scene.layout.Priority
import scalafx.scene.layout.StackPane
import scalafx.util.Duration
import nova.monadic_sfx.util.controls.ActionObservableDsl
import java.util.concurrent.TimeUnit
import scala.util.Random
import cats.effect.Resource
import nova.monadic_sfx.ui.FXComponent
object App {
val _scene = Coeval(new Scene {
root = new HBox {
padding = Insets(20)
// style = """| -fx-background-color: rgb(38, 38, 38);
// | -fx-text-fill: white;""".stripMargin
stylesheets ++= Seq(
BootstrapFX.bootstrapFXStylesheet,
os.rel / "static" / "css" / "main.css"
)
}
})
val stage = Coeval(new PrimaryStage {
title = "Simple ScalaFX App"
scene = _scene.value()
minWidth = 700
minHeight = 520
width = 1280
height = 720
// resizable = false
})
}
final class App(
// spawnProtocol: ActorSystem[SpawnProtocol.Command],
fx: FX,
schedulers: Schedulers,
startTime: Long,
mediaPlayer: MediaPlayerResource
)(implicit logger: Logger[Task]) {
// val program = MyFxApp
// .resource(schedulers, stage)
// .evalMap { fxApp =>
// new MainAppDelegate(schedulers, mediaPlayer, _scene).init
// .flatMap(mainSceneNode => Task(_scene.getChildren += mainSceneNode))
// .executeOn(schedulers.fx) >> Task.pure(fxApp)
// }
// .use { fxApp =>
// for {
// // _ <- Task(stage.resizable = false).executeOn(schedulers.fx)
// currentTime <- IO.clock.realTime(TimeUnit.MILLISECONDS)
// _ <- logger.info(
// s"Application started in ${(currentTime - startTime) / 1000f} seconds"
// )
// // _ <- Task(CSSFX.start(stage))
val buttonStyle = """| -fx-padding: 0.7em 0.57em;
| -fx-font-size: 14px;
| -jfx-button-type: RAISED;
| -fx-background-color: rgb(77,102,204);
| -fx-pref-width: 200;
| -fx-text-fill: WHITE; """.stripMargin
val router = new FXRouter[Page]
// val players = mediaPlayerFactory.mediaPlayers
// val videoPlayerController = players.newEmbeddedMediaPlayer()
// mediaPlayer.controller.videoSurface.set(
// videoSurfaceForImageView(videoView)
// )
// val videoPlayerControllerCleanup =
// Task(videoPlayerController.controls().stop()) >>
// Task(videoPlayerController.release())
val videoPage = Coeval {
new BorderPane { pane =>
// val mp = new MediaPlayer(
// new Media(
// "https://download.oracle.com/otndocs/products/javafx/oow2010-2.flv"
// // "https://sample-videos.com/video123/mp4/720/big_buck_bunny_720p_5mb.mp4"
// )
// ) {
// autoPlay = true
// }
// obs(pane).subscribe()(schedulers.async)
hgrow = Priority.Always
center = new VideoView(mediaPlayer.controller) {
alignmentInParent = Pos.Center
preserveRatio = true
// hgrow = Priority.Always
// this.prefWidth <== pane.prefWidth
// fitWidth = _scene.width.value - 40
// _scene.width
// .map(_ - 40)
// .onChange((_, _, value) => fitWidth.value = value)
// (new DoubleProperty).<==(_scene.width.map(_ - 10))
// fitWidth.<==(_scene.width.map(_ - 10))
}
// videoPlayerController.video().videoDimension().setSize()
padding = Insets(0, 0, 5, 0)
bottom = new HBox {
val mrl = new StringProperty
spacing = 5
children ++= Seq(
new JFXTextField {
text = "https://www.youtube.com/watch?v=0QKQlf8r7ls"
text ==> mrl
prefWidth = 100
minWidth = 80
},
new JFXButton {
text = "Play Video"
style = buttonStyle
onAction = _ => {
if (mediaPlayer.controller.media().isValid())
mediaPlayer.controller.controls().stop()
mediaPlayer.controller
.media()
// .play(
// "https://download.oracle.com/otndocs/products/javafx/oow2010-2.flv"
// )
// .play("https://www.youtube.com/watch?v=yZIummTz9mM")
.play(mrl.value)
}
},
new JFXButton {
text = "Resume"
style = buttonStyle
onAction = _ => mediaPlayer.controller.controls().play()
},
new JFXButton {
text = "Pause"
style = buttonStyle
onAction = _ => mediaPlayer.controller.controls().pause()
},
new JFXButton {
text = "Stop"
style = buttonStyle
tooltip = new Tooltip {
text = "Stop"
showDelay = Duration(200)
}
onAction = _ => mediaPlayer.controller.controls().stop()
},
new JFXButton {
text = "Get Status"
style = buttonStyle
onAction = _ => {
println(mediaPlayer.controller.status().state())
}
}
)
}
}
}
val init = for {
routerStore <- Resource.eval(router.store2(Page.Home, logger))
todoStore <- Resource.eval(TodoListStore(logger))
todoComponent <- TodoListView(todoStore)
videoPage <- Resource.eval(videoPage.to[Task])
resolver: PartialFunction[Page, Parent] = {
case Page.Home => videoPage
// engine.load("https://www.youtube.com/embed/qmlegXdlnqI")
// engine.load("https://youtube.com/embed/aqz-KE-bpKQ")
// engine.load("http://www.youtube.com/embed/IyaFEBI_L24")
case Page.UserHome =>
new Label {
styleClass ++= Seq("text-white")
text = s"User Home, Id = ${Random.nextInt()}"
}
case Page.Todo => todoComponent.node
}
routerNode <- FXComponent(implicit cc =>
Task
.deferAction(implicit s =>
Task(new HBox { box =>
// implicit val cc = CompositeCancelable()
alignment = Pos.Center
//TODO find a better way to do this
// videoView.fitWidth <== box.prefWidth
children <-- router
.render2(resolver)(routerStore)
// call cancel on the old component to cancel all subscriptions
.scan[Parent](new Label("empty")) { case (a, b) => b }
.doOnNextF(s => logger.debug(s"Actual receive: $s"))
.map(_.delegate)
})
)
)
mainSceneNode <- FXComponent(implicit cc =>
Task.deferAction(implicit s =>
Task(new StackPane { root =>
import ActionObservableDsl._
alignment = Pos.Center
hgrow = Priority.Always
vgrow = Priority.Always
children = new BorderPane {
hgrow = Priority.Always
vgrow = Priority.Always
center = routerNode.node
bottom = new HBox {
// implicit val cc = CompositeCancelable()
alignment = Pos.Center
spacing = 20
children = Seq(
new JFXButton {
text = "Forward"
style = buttonStyle
obsAction.map(_ => FXRouter.Forward) --> routerStore.sink
disable <-- routerStore.source.map {
case (_, FXRouter.State(_, h)) =>
h.state.sp == h.state.values.size - 1
}
},
new JFXButton {
text = "Backward"
style = buttonStyle
obsAction.mapEval(_ =>
me.Task(println("Fired")) >> me.Task.pure(FXRouter.Backward)
) --> routerStore.sink
disable <-- routerStore.source
.doOnNextF(b => Coeval(println(s"Received1: $b")))
.map {
case (_, FXRouter.State(_, h)) => h.state.sp == 0
}
},
new JFXButton {
text = "Home"
style = buttonStyle
disable <-- routerStore.source
.map { case (_, FXRouter.State(p, _)) => p === Page.Home }
obsAction.map(_ =>
FXRouter.Replace(Page.Home)
) --> routerStore.sink
},
new JFXButton {
text = "Todo"
style = buttonStyle
disable <-- routerStore.source
.map { case (_, FXRouter.State(p, _)) => p === Page.Todo }
obsAction.map(_ =>
FXRouter.Replace(Page.Todo)
) --> routerStore.sink
},
new JFXButton {
text = "UserHome"
style = buttonStyle
disable <-- routerStore.source
.map {
case (_, FXRouter.State(p, _)) => p === Page.UserHome
}
obsAction.map(_ =>
FXRouter.Replace(Page.UserHome)
) --> routerStore.sink
},
new JFXButton {
text = "Dialog"
style = buttonStyle
val d = new JFXDialog {
content = new HBox {
style = "-fx-background-color: black"
children = Seq(new Label {
styleClass ++= Seq("text-white")
text = "Sample Dialog"
})
padding = Insets(20)
}
}
onAction = () => d.show(root)
}
)
}
}
})
)
)
} yield mainSceneNode
}
final class TestModel(_name: String, _age: Int) {
val name = StringProperty(_name).readOnly
val age = ObjectProperty(_age).readOnly
}
object Test {
val items = ObservableBuffer(
new TestModel("hmm", 1),
new TestModel("hmm2", 2)
)
val ttv = new TableView[TestModel](items) {
columns ++= Seq(
new TableColumn[TestModel, String] {
text = "Name"
cellValueFactory = { _.value.name }
},
new TableColumn[TestModel, Int] {
text = "Age"
cellValueFactory = { _.value.age }
}
)
}
}

7
src/main/scala/nova/monadic_sfx/MainModule.scala → src/main/scala/nova/monadic_sfx/Loggers.scala
View File

@ -7,12 +7,9 @@ import cats.implicits._
import io.odin._ import io.odin._
import io.odin.config._ import io.odin.config._
import io.odin.syntax._ import io.odin.syntax._
import nova.monadic_sfx.actors.ActorModule
import nova.monadic_sfx.http.HttpModule
import nova.monadic_sfx.ui.UiModule
import nova.monadic_sfx.util.reactive.store.Middlewares import nova.monadic_sfx.util.reactive.store.Middlewares
trait MainModule extends ActorModule with UiModule with HttpModule { object Loggers {
def routerLogger(defaultLogger: Logger[Task], storeLogger: Logger[Task]) = def routerLogger(defaultLogger: Logger[Task], storeLogger: Logger[Task]) =
enclosureRouting[Task]( enclosureRouting[Task](
"nova.monadic_sfx.util.reactive.store.Middlewares" -> storeLogger, "nova.monadic_sfx.util.reactive.store.Middlewares" -> storeLogger,
@ -37,5 +34,5 @@ trait MainModule extends ActorModule with UiModule with HttpModule {
formatter = Middlewares.format formatter = Middlewares.format
).withAsync(timeWindow = 10.millis) ).withAsync(timeWindow = 10.millis)
routerLogger <- routerLogger(defaultLogger, middlewareLogger) routerLogger <- routerLogger(defaultLogger, middlewareLogger)
} yield (routerLogger) } yield routerLogger
} }

49
src/main/scala/nova/monadic_sfx/Main.scala
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@ -1,37 +1,52 @@
package nova.monadic_sfx package nova.monadic_sfx
import _root_.monix.bio.BIOApp
import _root_.monix.bio.Task
import _root_.monix.bio.UIO
import _root_.monix.execution.Scheduler
import cats.effect.ExitCode import cats.effect.ExitCode
import cats.effect.Resource import cats.effect.Resource
import com.softwaremill.macwire._ import monix.bio.BIOApp
import io.odin._ import monix.bio.Task
import nova.monadic_sfx.executors._ import monix.bio.UIO
import monix.execution.Scheduler
import nova.monadic_sfx.concurrent._
import nova.monadic_sfx.util.MediaPlayerResource import nova.monadic_sfx.util.MediaPlayerResource
import nova.monadic_sfx.ui.FX
// import nova.monadic_sfx.util.IOUtils._ // import nova.monadic_sfx.util.IOUtils._
// import sttp.client.httpclient.monix.HttpClientMonixBackend // import sttp.client.httpclient.monix.HttpClientMonixBackend
object Main extends MainModule with BIOApp { object Main extends BIOApp {
val schedulers = new Schedulers() val schedulers = Schedulers.default
override def scheduler: Scheduler = schedulers.async override def scheduler: Scheduler = schedulers.async.value
def appResource(startTime: Long) =
for {
implicit0(logger: Logger[Task]) <- makeLogger
val appResource = for {
startTime <- Resource.eval(Task(System.currentTimeMillis()))
logger <- Loggers.makeLogger
// backend and actorsystem are for future use // backend and actorsystem are for future use
// backend <- Resource.make( // backend <- Resource.make(
// toIO(HttpClientMonixBackend()(schedulers.async)) // toIO(HttpClientMonixBackend()(schedulers.async))
// )(c => toIO(c.close())) // )(c => toIO(c.close()))
// actorSystem <- actorSystemResource(logger) // actorSystem <- actorSystemResource(logger)
MediaPlayerResource <- MediaPlayerResource() fx <- FX.resource(schedulers, App.stage)(logger)
_ <- Resource.liftF(wire[MainApp].program) mediaPlayerResource <- MediaPlayerResource()
rootComponent = new App(fx, schedulers, startTime, mediaPlayerResource)(
logger
).init
_ <- Resource.eval(
rootComponent
.evalMap(c =>
for {
_ <- Task.unit
_ <- fx.addToScene(UIO.pure(c.node))
_ <- fx.await
} yield ()
)
.use(_ => Task.unit)
.executeOn(schedulers.fx.value)
)
// _ <- Resource.eval(f)
// _ <- Resource.eval(fx.await)
} yield () } yield ()
override def run(args: List[String]): UIO[ExitCode] = override def run(args: List[String]): UIO[ExitCode] =
appResource(System.currentTimeMillis()) appResource
.use(_ => Task.unit) .use(_ => Task.unit)
.onErrorHandleWith(ex => UIO(ex.printStackTrace())) .onErrorHandleWith(ex => UIO(ex.printStackTrace()))
.as(ExitCode.Success) .as(ExitCode.Success)

361
src/main/scala/nova/monadic_sfx/MainApp.scala
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@ -1,361 +0,0 @@
package nova.monadic_sfx
import java.util.concurrent.TimeUnit
import scala.util.Random
import cats.effect.Resource
import cats.syntax.eq._
import cats.syntax.option._
import com.softwaremill.macwire._
import io.odin.Logger
import monix.bio.IO
import monix.bio.Task
import monix.eval.Coeval
import monix.execution.cancelables.CompositeCancelable
import monix.{eval => me}
import nova.monadic_sfx.executors.Schedulers
import nova.monadic_sfx.implicits._
import nova.monadic_sfx.ui.MyFxApp
import nova.monadic_sfx.ui.components.router.FXRouter
import nova.monadic_sfx.ui.components.router.Page
import nova.monadic_sfx.ui.components.todo.TodoListStore
import nova.monadic_sfx.ui.components.todo.TodoListView
import nova.monadic_sfx.util.MediaPlayerResource
import nova.monadic_sfx.util.controls.JFXButton
import nova.monadic_sfx.util.controls.JFXDialog
import nova.monadic_sfx.util.controls.JFXTextField
import nova.monadic_sfx.util.controls.VideoView
import org.gerweck.scalafx.util._
import org.kordamp.bootstrapfx.BootstrapFX
import scalafx.Includes._
import scalafx.application.JFXApp3.PrimaryStage
import scalafx.beans.property.ObjectProperty
import scalafx.beans.property.StringProperty
import scalafx.collections.ObservableBuffer
import scalafx.geometry.Insets
import scalafx.geometry.Pos
import scalafx.scene.Node
import scalafx.scene.Parent
import scalafx.scene.Scene
import scalafx.scene.control.Button
import scalafx.scene.control.Label
import scalafx.scene.control.TableColumn
import scalafx.scene.control.TableView
import scalafx.scene.control.Tooltip
import scalafx.scene.layout.BorderPane
import scalafx.scene.layout.HBox
import scalafx.scene.layout.Priority
import scalafx.scene.layout.StackPane
import scalafx.util.Duration
class MainApp(
// spawnProtocol: ActorSystem[SpawnProtocol.Command],
schedulers: Schedulers,
startTime: Long,
mediaPlayer: MediaPlayerResource
)(implicit logger: Logger[Task]) {
private lazy val _scene = new Scene {
root = new HBox {
padding = Insets(20)
// style = """| -fx-background-color: rgb(38, 38, 38);
// | -fx-text-fill: white;""".stripMargin
stylesheets ++= Seq(
BootstrapFX.bootstrapFXStylesheet,
os.rel / "static" / "css" / "main.css"
)
}
}
private lazy val stage = new PrimaryStage {
title = "Simple ScalaFX App"
scene = _scene
minWidth = 700
minHeight = 520
width = 1280
height = 720
// resizable = false
}
(for {
(stopSignal, fxAppFib) <- MyFxApp.resource(schedulers, stage)
i <- Resource.make(Task(1))(_ => Task.unit)
} yield (stopSignal, fxAppFib, i)).use {
case (a, b, c) => Task.unit
}
val program = MyFxApp
.resource(schedulers, stage)
.evalMap {
case (stopSignal, fxAppFib) =>
wire[MainAppDelegate].init
.flatMap(mainSceneNode => Task(_scene.getChildren += mainSceneNode))
.executeOn(schedulers.fx) >> Task.pure(stopSignal -> fxAppFib)
}
.use {
case (stopSignal, fxAppFib) =>
for {
// _ <- Task(stage.resizable = false).executeOn(schedulers.fx)
currentTime <- IO.clock.realTime(TimeUnit.MILLISECONDS)
_ <- logger.info(
s"Application started in ${(currentTime - startTime) / 1000f} seconds"
)
// _ <- Task(CSSFX.start(stage))
_ <- fxAppFib.join
} yield ()
}
}
class MainAppDelegate(
schedulers: Schedulers,
mediaPlayer: MediaPlayerResource,
_scene: Scene
)(implicit logger: Logger[Task]) {
val buttonStyle = """| -fx-padding: 0.7em 0.57em;
| -fx-font-size: 14px;
| -jfx-button-type: RAISED;
| -fx-background-color: rgb(77,102,204);
| -fx-pref-width: 200;
| -fx-text-fill: WHITE; """.stripMargin
val router = new FXRouter[Page]
// val players = mediaPlayerFactory.mediaPlayers
// val videoPlayerController = players.newEmbeddedMediaPlayer()
// mediaPlayer.controller.videoSurface.set(
// videoSurfaceForImageView(videoView)
// )
// val videoPlayerControllerCleanup =
// Task(videoPlayerController.controls().stop()) >>
// Task(videoPlayerController.release())
val videoPage = new BorderPane { pane =>
// val mp = new MediaPlayer(
// new Media(
// "https://download.oracle.com/otndocs/products/javafx/oow2010-2.flv"
// // "https://sample-videos.com/video123/mp4/720/big_buck_bunny_720p_5mb.mp4"
// )
// ) {
// autoPlay = true
// }
// obs(pane).subscribe()(schedulers.async)
hgrow = Priority.Always
center = new VideoView(mediaPlayer.controller) {
alignmentInParent = Pos.Center
preserveRatio = true
// hgrow = Priority.Always
// this.prefWidth <== pane.prefWidth
fitWidth = _scene.width.value - 40
_scene.width
.map(_ - 40)
.onChange((_, _, value) => fitWidth.value = value)
// (new DoubleProperty).<==(_scene.width.map(_ - 10))
// fitWidth.<==(_scene.width.map(_ - 10))
}
// videoPlayerController.video().videoDimension().setSize()
padding = Insets(0, 0, 5, 0)
bottom = new HBox {
val mrl = new StringProperty
spacing = 5
children ++= Seq(
new JFXTextField {
text = "https://www.youtube.com/watch?v=0QKQlf8r7ls"
text ==> mrl
prefWidth = 100
minWidth = 80
},
new JFXButton {
text = "Play Video"
style = buttonStyle
onAction = _ => {
if (mediaPlayer.controller.media().isValid())
mediaPlayer.controller.controls().stop()
mediaPlayer.controller
.media()
// .play(
// "https://download.oracle.com/otndocs/products/javafx/oow2010-2.flv"
// )
// .play("https://www.youtube.com/watch?v=yZIummTz9mM")
.play(mrl.value)
}
},
new JFXButton {
text = "Resume"
style = buttonStyle
onAction = _ => mediaPlayer.controller.controls().play()
},
new JFXButton {
text = "Pause"
style = buttonStyle
onAction = _ => mediaPlayer.controller.controls().pause()
},
new JFXButton {
text = "Stop"
style = buttonStyle
tooltip = new Tooltip {
text = "Stop"
showDelay = Duration(200)
}
onAction = _ => mediaPlayer.controller.controls().stop()
},
new JFXButton {
text = "Get Status"
style = buttonStyle
onAction = _ => {
println(mediaPlayer.controller.status().state())
}
}
)
}
}
val init: Task[Node] = for {
routerStore <- router.store(Page.Home, logger)
todoStore <- TodoListStore(logger)
todoComponent <- TodoListView(todoStore)
resolver: PartialFunction[Page, Parent] = {
case Page.Home => videoPage
// engine.load("https://www.youtube.com/embed/qmlegXdlnqI")
// engine.load("https://youtube.com/embed/aqz-KE-bpKQ")
// engine.load("http://www.youtube.com/embed/IyaFEBI_L24")
case Page.UserHome =>
new Label {
styleClass ++= Seq("text-white")
text = s"User Home, Id = ${Random.nextInt()}"
}
case Page.Todo => todoComponent
}
routerNode: Node <-
Task
.deferAction(implicit s =>
Task(new HBox { box =>
alignment = Pos.Center
//TODO find a better way to do this
// videoView.fitWidth <== box.prefWidth
children <-- router
.render(resolver)(routerStore)
// call cancel on the old component to cancel all subscriptions
.scan[Parent](new Label("empty")) { case (a, b) => b }
.doOnNextF(s => logger.debug(s"Actual receive: $s"))
.map(_.delegate)
})
)
mainSceneNode <- Task.deferAction(implicit s =>
Task(new StackPane { root =>
alignment = Pos.Center
hgrow = Priority.Always
vgrow = Priority.Always
children = new BorderPane {
hgrow = Priority.Always
vgrow = Priority.Always
center = routerNode
bottom = new HBox {
implicit val cc = CompositeCancelable()
alignment = Pos.Center
spacing = 20
children = Seq(
new JFXButton {
text = "Forward"
style = buttonStyle
obsAction.useLazyEval(
me.Task.pure(FXRouter.Forward)
) --> routerStore
disable <-- routerStore.map {
case (_, FXRouter.State(_, h)) =>
h.state.sp == h.state.values.size - 1
}
},
new JFXButton {
text = "Backward"
style = buttonStyle
obsAction.useLazyEval(
me.Task(println("Fired")) >> me.Task.pure(FXRouter.Backward)
) --> routerStore
disable <-- routerStore
.doOnNextF(b => Coeval(println(s"Received1: $b")))
.map {
case (_, FXRouter.State(_, h)) => h.state.sp == 0
}
},
new JFXButton {
text = "Home"
style = buttonStyle
disable <-- routerStore
.map { case (_, FXRouter.State(p, _)) => p === Page.Home }
obsAction
.useLazyEval(
me.Task.pure(FXRouter.Replace(Page.Home))
) --> routerStore
},
new JFXButton {
text = "Todo"
style = buttonStyle
disable <-- routerStore
.map { case (_, FXRouter.State(p, _)) => p === Page.Todo }
obsAction
.useLazyEval(
me.Task.pure(FXRouter.Replace(Page.Todo))
) --> routerStore
},
new JFXButton {
text = "UserHome"
style = buttonStyle
disable <-- routerStore
.map { case (_, FXRouter.State(p, _)) => p == Page.UserHome }
obsAction
.useLazyEval(
me.Task.pure(FXRouter.Replace(Page.UserHome))
) --> routerStore
},
new JFXButton {
text = "Dialog"
style = buttonStyle
val d = new JFXDialog {
content = new HBox {
style = "-fx-background-color: black"
children = Seq(new Label {
styleClass ++= Seq("text-white")
text = "Sample Dialog"
})
padding = Insets(20)
}
}
onAction = () => d.show(root)
}
)
}
}
})
)
} yield mainSceneNode
}
class TestModel(_name: String, _age: Int) {
val name = StringProperty(_name).readOnly
val age = ObjectProperty(_age).readOnly
}
object Test {
val items = ObservableBuffer(
new TestModel("hmm", 1),
new TestModel("hmm2", 2)
)
val ttv = new TableView[TestModel](items) {
columns ++= Seq(
new TableColumn[TestModel, String] {
text = "Name"
cellValueFactory = { _.value.name }
},
new TableColumn[TestModel, Int] {
text = "Age"
cellValueFactory = { _.value.age }
}
)
}
}

2
src/main/scala/nova/monadic_sfx/executors/GUIExecutor.scala → src/main/scala/nova/monadic_sfx/concurrent/GUIExecutor.scala
View File

@ -1,4 +1,4 @@
package nova.monadic_sfx.executors package nova.monadic_sfx.concurrent
import java.util.Collections import java.util.Collections
import java.util.concurrent.AbstractExecutorService import java.util.concurrent.AbstractExecutorService

45
src/main/scala/nova/monadic_sfx/concurrent/Schedulers.scala Normal file
View File

@ -0,0 +1,45 @@
package nova.monadic_sfx.concurrent
import com.typesafe.scalalogging.Logger
import monix.execution.Scheduler
import monix.execution.UncaughtExceptionReporter
import monix.execution.schedulers.TracingScheduler
import cats.effect.Blocker
final case class Schedulers(
io: Schedulers.IoScheduler,
async: Schedulers.AsyncScheduler,
fx: Schedulers.FxScheduler
)
object Schedulers {
val reporter = UncaughtExceptionReporter { ex =>
val logger = Logger[Schedulers]
logger.error("Uncaught exception", ex)
}
val default = Schedulers(
IoScheduler(
Scheduler
.io()
.withUncaughtExceptionReporter(Schedulers.reporter)
),
AsyncScheduler(
Scheduler
.computation()
.withUncaughtExceptionReporter(Schedulers.reporter)
),
FxScheduler(
TracingScheduler(
JFXExecutionContexts.fxScheduler
.withUncaughtExceptionReporter(Schedulers.reporter)
)
)
)
final case class AsyncScheduler(value: Scheduler)
final case class IoScheduler(value: Scheduler) {
val blocker = Blocker.liftExecutionContext(value)
}
final case class FxScheduler(value: Scheduler)
}

5
src/main/scala/nova/monadic_sfx/executors/ExecutorsModule.scala
View File

@ -1,5 +0,0 @@
package nova.monadic_sfx.executors
trait ExecutorsModule {
lazy val schedulers = new Schedulers()
}

28
src/main/scala/nova/monadic_sfx/executors/Schedulers.scala
View File

@ -1,28 +0,0 @@
package nova.monadic_sfx.executors
import com.typesafe.scalalogging.Logger
import monix.execution.Scheduler
import monix.execution.UncaughtExceptionReporter
import monix.execution.schedulers.TracingScheduler
class Schedulers(
val blocking: Scheduler = TracingScheduler(
Scheduler
.io()
.withUncaughtExceptionReporter(Schedulers.reporter)
),
val async: Scheduler = Scheduler.traced
.withUncaughtExceptionReporter(Schedulers.reporter),
val fx: Scheduler = TracingScheduler(
JFXExecutionContexts.fxScheduler
.withUncaughtExceptionReporter(Schedulers.reporter)
)
)
object Schedulers {
val reporter = UncaughtExceptionReporter { ex =>
val logger = Logger[Schedulers]
logger.error("Uncaught exception", ex)
}
}

173
src/main/scala/nova/monadic_sfx/implicits/JavaFxMonixObservables.scala
View File

@ -27,6 +27,7 @@ import scalafx.event.subscriptions.Subscription
import scalafx.scene.Scene import scalafx.scene.Scene
import scalafx.scene.control.ButtonBase import scalafx.scene.control.ButtonBase
import scalafx.scene.control.MenuItem import scalafx.scene.control.MenuItem
import nova.monadic_sfx.util.reactive.store.Sink2
trait JavaFXMonixObservables { trait JavaFXMonixObservables {
import JavaFXMonixObservables._ import JavaFXMonixObservables._
@ -106,9 +107,9 @@ object JavaFXMonixObservables {
final class PropertyExt[T, J](private val prop: Property[T, J]) final class PropertyExt[T, J](private val prop: Property[T, J])
extends AnyVal { extends AnyVal {
def -->[J1 >: J](sub: Observer[J1]) = { // def -->[J1 >: J](sub: Observer[J1]) = {
prop.onChange((a, b, c) => if (c != null) sub.onNext(c)) // prop.onChange((a, b, c) => if (c != null) sub.onNext(c))
} // }
def ==>(op: Property[T, J]) = { def ==>(op: Property[T, J]) = {
op <== prop op <== prop
@ -141,18 +142,24 @@ object JavaFXMonixObservables {
final class ObjectPropertyExt[A](private val prop: ObjectProperty[A]) final class ObjectPropertyExt[A](private val prop: ObjectProperty[A])
extends AnyVal { extends AnyVal {
def -->(sub: Observer[A]) = // def -->(sub: Observer[A]) =
prop.onChange((a, b, c) => // prop.onChange((a, b, c) =>
if (c != null) // if (c != null)
if (sub.onNext(c) == Ack.Stop) throw new Exception("boom") // if (sub.onNext(c) == Ack.Stop) throw new Exception("boom")
) // )
def ==>(op: Property[A, A]) = { def -->(sink: Sink2[A])(implicit s: Scheduler, c: CompositeCancelable) =
prop.onChange((a, b, c) => if (c != null) op() = c) c += observableChange.doOnNextF(sink.offer).subscribe()
def ==>(op: Property[A, A])(implicit c: CompositeCancelable) = {
val canc = prop.onChange((a, b, c) => if (c != null) op() = c)
c += Cancelable(() => canc.cancel())
} }
def <--(obs: Observable[A])(implicit s: Scheduler) = { def <--(
obs.doOnNextF(v => Coeval(prop() = v)).subscribe() obs: Observable[A]
)(implicit s: Scheduler, c: CompositeCancelable) = {
c += obs.doOnNextF(v => Coeval(prop() = v)).subscribe()
} }
def observableChange[J1 >: A]: Observable[J1] = { def observableChange[J1 >: A]: Observable[J1] = {
@ -170,9 +177,8 @@ object JavaFXMonixObservables {
} }
} }
final class ObservableListExt[A]( final class ObservableListExt[A](private val buffer: ObservableBuffer[A])
private val buffer: ObservableBuffer[A] extends AnyVal {
) extends AnyVal {
// def -->(sub: Observer[A]) = // def -->(sub: Observer[A]) =
// buffer.onChange((a, b, c) => if (c != null) sub.onNext(c)) // buffer.onChange((a, b, c) => if (c != null) sub.onNext(c))
@ -181,8 +187,10 @@ object JavaFXMonixObservables {
// buffer.onChange((a, b, c) => if (c != null) op() = c) // buffer.onChange((a, b, c) => if (c != null) op() = c)
// } // }
def <--(obs: Observable[A])(implicit s: Scheduler) = { def <--(
obs obs: Observable[A]
)(implicit s: Scheduler, c: CompositeCancelable) = {
c += obs
.doOnNextF(v => .doOnNextF(v =>
for { for {
_ <- Coeval(buffer.clear()) _ <- Coeval(buffer.clear())
@ -192,35 +200,35 @@ object JavaFXMonixObservables {
.subscribe() .subscribe()
} }
def observableChange[J1 >: A]: Observable[J1] = { // def observableChange[J1 >: A]: Observable[J1] = {
import monix.execution.cancelables.SingleAssignCancelable // import monix.execution.cancelables.SingleAssignCancelable
Observable.create(OverflowStrategy.Unbounded) { sub => // Observable.create(OverflowStrategy.Unbounded) { sub =>
val c = SingleAssignCancelable() // val c = SingleAssignCancelable()
implicit val s = sub.scheduler // implicit val s = sub.scheduler
val canc = // val canc =
buffer.onChange((buf, _) => // buffer.onChange((buf, _) =>
loop(sub, buf.toIterable.iterator, c).runToFuture // loop(sub, buf.toIterable.iterator, c).runToFuture
) // )
c := Cancelable(() => canc.cancel()) // c := Cancelable(() => canc.cancel())
c // c
} // }
} // }
private def loop( // private def loop(
sub: Observer[A], // sub: Observer[A],
it: Iterator[A], // it: Iterator[A],
c: Cancelable // c: Cancelable
): Task[Unit] = // ): Task[Unit] =
if (it.hasNext) { // if (it.hasNext) {
val next = it.next() // val next = it.next()
Task.deferFuture(sub.onNext(next)).flatMap { // Task.deferFuture(sub.onNext(next)).flatMap {
case Ack.Continue => loop(sub, it, c) // case Ack.Continue => loop(sub, it, c)
case Ack.Stop => Task(c.cancel()) // case Ack.Stop => Task(c.cancel())
} // }
} else Task.unit // } else Task.unit
} }
final class StringObservableListExt( final class StringObservableListExt(
@ -235,9 +243,9 @@ object JavaFXMonixObservables {
final class ReadOnlyPropertyExt[T, J]( final class ReadOnlyPropertyExt[T, J](
private val prop: ReadOnlyProperty[T, J] private val prop: ReadOnlyProperty[T, J]
) extends AnyVal { ) extends AnyVal {
def -->[J1 >: J](sub: Observer[J1]) = { // def -->[J1 >: J](sub: Observer[J1]) = {
prop.onChange((a, b, c) => if (c != null) sub.onNext(c)) // prop.onChange((a, b, c) => if (c != null) sub.onNext(c))
} // }
def ==>(op: Property[T, J]) = { def ==>(op: Property[T, J]) = {
op <== prop op <== prop
@ -261,45 +269,50 @@ object JavaFXMonixObservables {
final class ObjectPropertyObservableListExt[A]( final class ObjectPropertyObservableListExt[A](
private val prop: ObjectProperty[ObservableList[A]] private val prop: ObjectProperty[ObservableList[A]]
) extends AnyVal { ) extends AnyVal {
def <--(obs: Observable[Seq[A]])(implicit s: Scheduler) = {
obs.doOnNext(v => me.Task(prop() = ObservableBuffer.from(v))).subscribe() def <--(
obs: Observable[Seq[A]]
)(implicit s: Scheduler, c: CompositeCancelable) = {
c += obs
.doOnNext(v => me.Task(prop() = ObservableBuffer.from(v)))
.subscribe()
} }
def -->(sub: Observer[A])(implicit s: Scheduler) = { // def -->(sub: Observer[A])(implicit s: Scheduler) = {
val c = SingleAssignCancelable() // val c = SingleAssignCancelable()
val subs: Subscription = prop.onChange((a, b, c1) => // val subs: Subscription = prop.onChange((a, b, c1) =>
if (c1 != null) // if (c1 != null)
Iterant[Task] // Iterant[Task]
.fromIterable(c1.toIterable) // .fromIterable(c1.toIterable)
.consume // .consume
.use(consume(sub, c, _)) // .use(consume(sub, c, _))
.runToFuture // .runToFuture
) // )
c := Cancelable(() => subs.cancel()) // c := Cancelable(() => subs.cancel())
} // }
private def loop(sub: Observer[A], it: Iterator[A]): Task[Unit] = // private def loop(sub: Observer[A], it: Iterator[A]): Task[Unit] =
if (it.hasNext) { // if (it.hasNext) {
val next = it.next() // val next = it.next()
Task.deferFuture(sub.onNext(next)).flatMap { // Task.deferFuture(sub.onNext(next)).flatMap {
case Ack.Continue => loop(sub, it) // case Ack.Continue => loop(sub, it)
case Ack.Stop => Task.unit // case Ack.Stop => Task.unit
} // }
} else Task.unit // } else Task.unit
private def consume( // private def consume(
sub: Observer[A], // sub: Observer[A],
c: Cancelable, // c: Cancelable,
consumer: Iterant.Consumer[Task, A] // consumer: Iterant.Consumer[Task, A]
): Task[Unit] = // ): Task[Unit] =
consumer.pull.flatMap { // consumer.pull.flatMap {
case Left(value) => Task.unit // case Left(value) => Task.unit
case Right(value) => // case Right(value) =>
Task.deferFuture(sub.onNext(value)).flatMap { // Task.deferFuture(sub.onNext(value)).flatMap {
case Ack.Continue => consume(sub, c, consumer) // case Ack.Continue => consume(sub, c, consumer)
case Ack.Stop => Task(c.cancel()) // case Ack.Stop => Task(c.cancel())
} // }
} // }
} }

13
src/main/scala/nova/monadic_sfx/implicits/package.scala
View File

@ -2,10 +2,23 @@ package nova.monadic_sfx
import monix.eval.TaskLike import monix.eval.TaskLike
import monix.reactive.Observable import monix.reactive.Observable
import monix.bio.IO
package object implicits package object implicits
extends MySfxObservableImplicits extends MySfxObservableImplicits
with JavaFXMonixObservables { with JavaFXMonixObservables {
implicit final class MonixEvalTaskExt[T](private val task: monix.eval.Task[T])
extends AnyVal {
def toIO = IO.deferAction(implicit s => IO.from(task))
}
implicit final class MonixBioTaskExt[T](private val task: monix.bio.Task[T])
extends AnyVal {
def toTask =
monix.eval.Task.deferAction(implicit s => monix.eval.Task.from(task))
}
implicit class SttpWsOps[F[_]](private val ws: sttp.client.ws.WebSocket[F]) implicit class SttpWsOps[F[_]](private val ws: sttp.client.ws.WebSocket[F])
extends AnyVal { extends AnyVal {
def observableSource(implicit F: TaskLike[F]) = def observableSource(implicit F: TaskLike[F]) =

9
src/main/scala/nova/monadic_sfx/ui/DefaultUI.scala → src/main/scala/nova/monadic_sfx/ui/DefaultScene.scala
View File

@ -10,10 +10,11 @@ import scalafx.scene.layout.VBox
import scalafx.scene.paint.Color._ import scalafx.scene.paint.Color._
import scalafx.scene.paint._ import scalafx.scene.paint._
import scalafx.scene.text.Text import scalafx.scene.text.Text
import monix.eval.Coeval
object DefaultUI { object DefaultScene {
val scene = def apply() =
new Scene { Coeval(new Scene {
fill = Color.rgb(38, 38, 38) fill = Color.rgb(38, 38, 38)
content = new VBox { content = new VBox {
alignment = Pos.Center alignment = Pos.Center
@ -48,5 +49,5 @@ object DefaultUI {
} }
) )
} }
} })
} }

84
src/main/scala/nova/monadic_sfx/ui/FX.scala Normal file
View File

@ -0,0 +1,84 @@
package nova.monadic_sfx.ui
import scala.concurrent.duration._
import cats.effect.Resource
import io.odin.Logger
import monix.bio.Task
import monix.execution.CancelablePromise
import nova.monadic_sfx.concurrent.Schedulers
import nova.monadic_sfx.ui.DefaultScene
import scalafx.application.JFXApp3
import scalafx.application.JFXApp3.PrimaryStage
import monix.bio.UIO
import monix.eval.Coeval
import scalafx.scene.Scene
import scalafx.scene.Parent
import scalafx.Includes._
import monix.bio.IO
import scalafx.scene.Node
final class FX private (
schedulers: Schedulers,
delegate: JFXApp3,
val await: Task[Unit],
val awaitStop: Task[Unit]
)(implicit logger: Logger[Task]) {
logger.debug("whoopie")
def runOnFx[E, A](io: IO[E, A]) = io.executeOn(schedulers.fx.value)
def addToScene(node: UIO[Node]) =
runOnFx {
for {
p <- node
_ <- UIO(delegate.stage.scene().getChildren += p)
} yield ()
}
}
object FX {
def resource(
schedulers: Schedulers,
stage: Coeval[PrimaryStage],
initialScene: Coeval[Scene] = DefaultScene(),
transitionDelay: FiniteDuration = 500.millis
)(implicit
logger: Logger[Task]
): Resource[Task, FX] =
Resource
.make(for {
_ <- logger.info("Starting FX App")
makePromise = UIO(CancelablePromise[Unit]())
startSignal <- makePromise
stopSignal <- makePromise
delegate <- Task(new JFXApp3 {
def start(): Unit = {
stage = new PrimaryStage {
scene = initialScene.value()
}
startSignal.success(())
}
override def stopApp(): Unit = {
stopSignal.success(())
}
})
fib <-
Task(delegate.main(Array.empty)).start.executeOn(schedulers.io.value)
fxApp <- Task(
new FX(
schedulers,
delegate,
fib.join,
Task.fromCancelablePromise(stopSignal)
)
)
_ <- Task.fromCancelablePromise(startSignal)
_ <- Task.sleep(transitionDelay)
_ <- Task(delegate.stage = stage.value())
.executeOn(schedulers.fx.value)
.delayExecution(transitionDelay)
} yield fxApp -> fib) { case _ -> fib => fib.cancel }
.map { case a -> _ => a }
}

51
src/main/scala/nova/monadic_sfx/ui/FXComponent.scala
View File

@ -14,43 +14,42 @@ import scalafx.scene.text.Font
import cats.effect.Resource import cats.effect.Resource
final class FXComponent private ( final class FXComponent private (
val rootNode: Parent, val node: Parent,
val cancelable: Cancelable private val cancelable: Cancelable
) ) {
// def toNode(implicit c: CompositeCancelable): Node = {
// c += cancelable
// rootNode
// }
}
object FXComponent { object FXComponent {
def acquire(f: CompositeCancelable => Task[Parent]) = private def acquire(f: CompositeCancelable => Task[Parent]) =
for { for {
c <- Task(CompositeCancelable()) c <- Task(CompositeCancelable())
p <- f(c) p <- f(c)
} yield new FXComponent(p, c) } yield new FXComponent(p, c)
def fxComponent2Node( def apply(f: CompositeCancelable => Task[Parent]) =
component: FXComponent
)(implicit c: CompositeCancelable): Node = {
c += component.cancelable
component.rootNode
}
def resource(f: CompositeCancelable => Task[Parent]) =
Resource.make(acquire(f))(comp => Task(comp.cancelable.cancel())) Resource.make(acquire(f))(comp => Task(comp.cancelable.cancel()))
} }
object TestFXComp { object TestFXComp {
val testComp = // val testComp =
FXComponent.resource { implicit c => // FXComponent.resource { implicit c =>
Task.deferAction { implicit s => // Task.deferAction { implicit s =>
Task { // Task {
val sub = ConcurrentSubject.publish[jfxc.text.Font] // val sub = ConcurrentSubject.publish[jfxc.text.Font]
val f = ObjectProperty(Font("hmm")) // val f = ObjectProperty(Font("hmm"))
sub.onNext(f()) // sub.onNext(f())
new TextField { // new TextField {
font <-- sub // font <-- sub
font <== f // font <== f
} // }
} // }
} // }
} // }
// val x = for { // val x = for {
// comp <- testComp // comp <- testComp

60
src/main/scala/nova/monadic_sfx/ui/MyFxApp.scala
View File

@ -1,60 +0,0 @@
package nova.monadic_sfx.ui
import scala.concurrent.duration._
import cats.effect.Resource
import io.odin.Logger
import monix.bio.Fiber
import monix.bio.Task
import monix.execution.CancelablePromise
import nova.monadic_sfx.executors.Schedulers
import nova.monadic_sfx.ui.DefaultUI
import scalafx.application.JFXApp3
import scalafx.application.JFXApp3.PrimaryStage
class MyFxApp(val schedulers: Schedulers)(implicit logger: Logger[Task]) {
private def internal(
startSignal: CancelablePromise[Unit],
stopSignal: CancelablePromise[Unit]
) =
new JFXApp3 {
def start(): Unit = {
stage = new PrimaryStage {
scene = DefaultUI.scene
}
startSignal.success(())
}
override def stopApp(): Unit = {
stopSignal.success(())
}
}
}
object MyFxApp {
def resource(
schedulers: Schedulers,
stage: => PrimaryStage,
transitionDelay: FiniteDuration = 500.millis
)(implicit
logger: Logger[Task]
): Resource[Task, (Task[Unit], Fiber[Throwable, Unit])] =
Resource.make(for {
_ <- logger.info("Starting FX App")
fxApp <- Task(new MyFxApp(schedulers))
startSignal <- Task(CancelablePromise[Unit]())
stopSignal <- Task(CancelablePromise[Unit]())
delegate <- Task(fxApp.internal(startSignal, stopSignal))
fib <-
Task(delegate.main(Array.empty)).start.executeOn(schedulers.blocking)
_ <- Task.fromCancelablePromise(startSignal)
_ <- Task.sleep(transitionDelay)
_ <- Task(delegate.stage = stage)
.executeOn(schedulers.fx)
.delayExecution(transitionDelay)
} yield Task.fromCancelablePromise(stopSignal) -> fib) {
case _ -> fib => fib.cancel
}
}

129
src/main/scala/nova/monadic_sfx/ui/MyFxAppOld.scala
View File

@ -1,129 +0,0 @@
package nova.monadic_sfx.ui
import scala.concurrent.duration._
import akka.actor.typed._
import akka.util.Timeout
import com.softwaremill.macwire._
import io.odin.Logger
import monix.eval.Task
import monix.execution.Callback
import monix.execution.Scheduler
import nova.monadic_sfx.AppTypes
import nova.monadic_sfx.actors.Counter
import nova.monadic_sfx.executors.Schedulers
import nova.monadic_sfx.http.Requesters
import scalafx.application.JFXApp
class MyFxAppOld(
logger: Logger[Task],
backend: AppTypes.HttpBackend,
actorSystem: ActorSystem[SpawnProtocol.Command],
requesters: Requesters,
schedulers: Schedulers
) extends JFXApp {
implicit lazy val defaultScheduler: Scheduler = schedulers.fx
// lazy val fxActor: Task[ActorRef[Counter.Command]] = wireWith(
// MyFxApp.makeCounterActor _
// )
lazy val application =
for {
appStage <- Task(wireWith(UiModule.makePrimaryStage _))
// _ <- Task {
// val counterActor = testActor(actorSystem)
// counterActor ! (Counter.Increment)
// }
// ta <- testActor2(actorSystem)
// actor <-
// actorTask.bracket(actor => Task(actor ! (Counter.Increment)))(actor =>
// Task(actor ! (Counter.Stop))
// )
// actor <- actorTask
// actor <- fxActor
// _ <- Task(actor ! Counter.Increment)
_ <- Task { stage = appStage }
_ <- Task.sleep(2.seconds)
// loginScene <- wire[LoginScreen].render
// _ <- Task {
// // appStage.maximized = true
// appStage.height = 800
// appStage.width = 800
// appStage
// .scene()
// .setRoot(
// loginScene
// )
// }
} yield ()
// def testActor(
// system: ActorSystem
// ): akka.actor.typed.ActorRef[Counter.Command] = {
// val behaviour: Behavior[Counter.Command] =
// Behaviors.setup(context => wire[Counter])
// system.spawn(
// behaviour,
// "CounterActor",
// DispatcherSelector.fromConfig("javafx-dispatcher")
// )
// }
application.timed.runAsync(
new Callback[Throwable, (FiniteDuration, Unit)] {
override def onSuccess(value: (FiniteDuration, Unit)): Unit = {
val (duration, _) = value
println(
s"Application started successfully in ${duration.toSeconds} seconds"
)
}
override def onError(e: Throwable): Unit = {
println("Application start failed. Reason -")
e.printStackTrace()
}
}
)
override def stopApp() = {
// val stop = for {
// actor <- fxActor
// _ <- logger.info("Stopping actor counter")
// // _ <- Task.fromFuture { actor.ask[Counter.Value](Counter.GetValue) }
// t <- Task(actor ! Counter.Stop)
// // _ <- Task.sleep(1.second)
// _ <- logger.info("Counter actor stopped")
// } yield ()
// stop.runAsyncAndForget
// // Platform.exit()
}
}
object MyFxAppOld {
def makeCounterActor(
system: ActorSystem[SpawnProtocol.Command],
logger: Logger[Task]
): Task[ActorRef[Counter.Command]] = {
import akka.actor.typed.scaladsl.AskPattern._
import scala.concurrent.ExecutionContext
implicit val timeout: Timeout = Timeout(3.seconds)
implicit val ec: ExecutionContext = system.executionContext
implicit val scheduler = system.scheduler
Task.fromFuture {
system.ask(
SpawnProtocol.Spawn(
behavior = wireWith(Counter.apply _),
name = "counterActor",
DispatcherSelector.fromConfig("javafx-dispatcher"),
_
)
)
}
}
}

37
src/main/scala/nova/monadic_sfx/ui/UiModule.scala
View File

@ -1,37 +0,0 @@
package nova.monadic_sfx.ui
import akka.actor.typed._
import cats.effect.Resource
import com.softwaremill.macwire._
import io.odin.Logger
import monix.eval.Task
import nova.monadic_sfx.AppTypes
import nova.monadic_sfx.executors.Schedulers
import nova.monadic_sfx.http.Requesters
import scalafx.application.JFXApp
import scalafx.application.JFXApp.PrimaryStage
trait UiModule {
def fxAppResource(
logger: Logger[Task],
backend: AppTypes.HttpBackend,
actorSystem: ActorSystem[SpawnProtocol.Command],
requesters: Requesters,
schedulers: Schedulers
): Resource[Task, JFXApp] =
Resource.make(for {
_ <- logger.info("Creating FX Application")
app <- Task { wire[MyFxAppOld] }
} yield (app))(app => logger.info("Stopping FX Application"))
}
object UiModule {
def makePrimaryStage(
backend: AppTypes.HttpBackend,
actorSystem: ActorSystem[SpawnProtocol.Command]
) = {
new PrimaryStage {
scene = DefaultUI.scene
}
}
}

54
src/main/scala/nova/monadic_sfx/ui/components/router/FXRouter.scala
View File

@ -21,6 +21,7 @@ import nova.monadic_sfx.util.reactive.store.Middlewares
import nova.monadic_sfx.util.reactive.store.Reducer import nova.monadic_sfx.util.reactive.store.Reducer
import nova.monadic_sfx.util.reactive.store.Store import nova.monadic_sfx.util.reactive.store.Store
import scalafx.scene.Parent import scalafx.scene.Parent
import nova.monadic_sfx.util.reactive.store.MyStore
object FXRouter { object FXRouter {
@ -42,9 +43,11 @@ object FXRouter {
type FXStore[P] = Store[Action[P], State[P]] type FXStore[P] = Store[Action[P], State[P]]
type FXStore2[P] = MyStore[Action[P], State[P]]
} }
class FXRouter[P]()(implicit E: Encoder[P], D: Decoder[P]) { final class FXRouter[P]()(implicit E: Encoder[P], D: Decoder[P]) {
import FXRouter._ import FXRouter._
def store(initialPage: P, logger: Logger[Task]): Task[FXStore[P]] = def store(initialPage: P, logger: Logger[Task]): Task[FXStore[P]] =
@ -64,6 +67,24 @@ class FXRouter[P]()(implicit E: Encoder[P], D: Decoder[P]) {
} yield store } yield store
) )
def store2(initialPage: P, logger: Logger[Task]) =
Task.deferAction(implicit s =>
for {
mw <- Middlewares.actionLoggerMiddleware[Action[P], State[P]](
logger,
"RouterStore"
)
store <- Store.backpressured[Action[P], State[P]](
Replace(initialPage),
State(initialPage, History(initialPage)),
Reducer.withOptionalEffects[Task, Action[P], State[P]](reducer _),
logger,
Seq(mw)
// Seq(classOf[HistoryEvent[P]])
)
} yield store
)
def reducer( def reducer(
state: State[P], state: State[P],
action: Action[P] action: Action[P]
@ -113,6 +134,35 @@ class FXRouter[P]()(implicit E: Encoder[P], D: Decoder[P]) {
) )
} }
def render2(
resolver: P => Parent,
transitionDelay: FiniteDuration = 500.millis
)(implicit store: FXStore2[P]) =
store.source
.filter {
case (a, _) => a =!= FXRouter.Forward
}
.filter {
case (a, _) => a =!= FXRouter.Backward
}
.distinctUntilChanged
.flatMap {
case (_, FXRouter.State(p, _)) =>
Observable.from(Coeval(new JFXSpinner)) ++ Observable.from(
IOUtils.toTask(
Task
.racePair(
Task.sleep(transitionDelay),
Task(resolver(p))
)
.flatMap {
case Left(_ -> fib) => fib.join
case Right(fib -> res) => fib.join >> Task.pure(res)
}
)
)
}
def link( def link(
page: P, page: P,
store: FXStore[P] store: FXStore[P]
@ -128,7 +178,7 @@ object Page {
final case object UserHome extends Page final case object UserHome extends Page
final case object Todo extends Page final case object Todo extends Page
implicit val eqForPage = Eq.fromUniversalEquals[Page] implicit val eq = Eq.fromUniversalEquals[Page]
} }
// case class State() // case class State()

6
src/main/scala/nova/monadic_sfx/ui/components/todo/TodoListStore.scala
View File

@ -8,6 +8,7 @@ import monix.bio.Task
import nova.monadic_sfx.util.reactive.store.Middlewares.actionLoggerMiddleware import nova.monadic_sfx.util.reactive.store.Middlewares.actionLoggerMiddleware
import nova.monadic_sfx.util.reactive.store.Reducer import nova.monadic_sfx.util.reactive.store.Reducer
import nova.monadic_sfx.util.reactive.store.Store import nova.monadic_sfx.util.reactive.store.Store
import nova.monadic_sfx.util.reactive.store.MyStore
case class Todo(id: Int, content: String) case class Todo(id: Int, content: String)
object Todo { object Todo {
@ -68,16 +69,17 @@ object TodoListStore {
case End => (state, None) case End => (state, None)
} }
def apply(logger: Logger[Task]): Task[Store[Action, State]] = def apply(logger: Logger[Task]): Task[MyStore[Action, State]] =
Task.deferAction(implicit s => Task.deferAction(implicit s =>
for { for {
logMware <- actionLoggerMiddleware[Action, State](logger, "TodoStore") logMware <- actionLoggerMiddleware[Action, State](logger, "TodoStore")
store <- store <-
Store Store
.createL[Action, State]( .backpressured[Action, State](
Init, Init,
State(Vector.empty[Todo], 0), State(Vector.empty[Todo], 0),
Reducer.withOptionalEffects(reducer(logger) _), Reducer.withOptionalEffects(reducer(logger) _),
logger,
Seq(logMware) Seq(logMware)
) )
} yield store } yield store

31
src/main/scala/nova/monadic_sfx/ui/components/todo/TodoListView.scala
View File

@ -28,15 +28,19 @@ import scalafx.scene.layout.BorderPane
import scalafx.scene.layout.HBox import scalafx.scene.layout.HBox
import scalafx.scene.layout.Priority import scalafx.scene.layout.Priority
import scalafx.scene.paint.Color import scalafx.scene.paint.Color
import nova.monadic_sfx.util.controls.ActionObservableDsl
import nova.monadic_sfx.ui.FXComponent
object TodoListView { object TodoListView {
def apply( def apply(
store: Store[TodoListStore.Action, TodoListStore.State] store: MyStore[TodoListStore.Action, TodoListStore.State]
): Task[Parent] = ) =
FXComponent(implicit cc =>
Task.deferAction(implicit s => Task.deferAction(implicit s =>
Task { Task {
implicit val cc = CompositeCancelable() import ActionObservableDsl._
val todos = store // implicit val cc = CompositeCancelable()
val todos = store.source
.map { case (_, state) => state.todos } .map { case (_, state) => state.todos }
.distinctUntilChanged .distinctUntilChanged
.map(ObservableBuffer.from) .map(ObservableBuffer.from)
@ -95,11 +99,17 @@ object TodoListView {
items ++= Seq( items ++= Seq(
new MenuItem { new MenuItem {
text = "Delete" text = "Delete"
obsAction.useIterableEval(_ => // obsAction.(_ =>
// selectedItems
// .map(todo => TodoListStore.Delete(todo.id))
// .toList
// ) --> store.sink
obsAction.flatMapIterable(_ =>
selectedItems selectedItems
.map(todo => TodoListStore.Delete(todo.id)) .map(todo => TodoListStore.Delete(todo.id))
.toList .toList
) --> store ) --> store.sink
// obsAction.split( // obsAction.split(
// _.useLazyEval(me.Task(TodoListStore.Delete(0))) --> store, // _.useLazyEval(me.Task(TodoListStore.Delete(0))) --> store,
@ -134,9 +144,9 @@ object TodoListView {
// disable <== _selectedItems.map(_.length > 0) // disable <== _selectedItems.map(_.length > 0)
styleClass = Seq("btn", "btn-primary") styleClass = Seq("btn", "btn-primary")
obsAction obsAction
.useLazyEval( .mapEval(_ =>
me.Task(TodoListStore.Add(_content())) me.Task(TodoListStore.Add(_content()))
) --> store ) --> store.sink
}, },
new JFXButton { new JFXButton {
id = "todoEditButton" id = "todoEditButton"
@ -144,7 +154,7 @@ object TodoListView {
alignment = Pos.Center alignment = Pos.Center
disable <== _selectedItems.map(_.length > 1) disable <== _selectedItems.map(_.length > 1)
styleClass = Seq("btn", "btn-info") styleClass = Seq("btn", "btn-info")
obsAction.useLazyEval( obsAction.mapEval(_ =>
me.Task( me.Task(
TodoListStore.Edit( TodoListStore.Edit(
_selectedItems _selectedItems
@ -153,11 +163,12 @@ object TodoListView {
_content() _content()
) )
) )
) --> store ) --> store.sink
} }
) )
} }
} }
} }
) )
)
} }

2
src/main/scala/nova/monadic_sfx/ui/screens/LoginScreen.scala
View File

@ -3,7 +3,7 @@ import akka.actor.typed._
import io.odin.Logger import io.odin.Logger
import monix.eval.Task import monix.eval.Task
import nova.monadic_sfx.AppTypes import nova.monadic_sfx.AppTypes
import nova.monadic_sfx.executors.Schedulers import nova.monadic_sfx.concurrent.Schedulers
import nova.monadic_sfx.http.Requesters import nova.monadic_sfx.http.Requesters
import nova.monadic_sfx.http.requests.DummyRequest import nova.monadic_sfx.http.requests.DummyRequest
import nova.monadic_sfx.ui.screens.Screen import nova.monadic_sfx.ui.screens.Screen

2
src/main/scala/nova/monadic_sfx/util/History.scala
View File

@ -31,7 +31,7 @@ final class MutHistory[T](initValue: T) {
} }
} }
final class History[T] private (val state: History.State[T]) { final case class History[T] private (val state: History.State[T]) {
def current = state.values(state.sp) def current = state.values(state.sp)
def push(v: T) = { def push(v: T) = {
val nextState = val nextState =

44
src/main/scala/nova/monadic_sfx/util/SynchedObject.scala
View File

@ -1,44 +0,0 @@
package nova.monadic_sfx.util
import monix.bio.Task
import monix.bio.UIO
import monix.catnap.MVar
/**
* Synchronization wrapper for a mutable object
*
* @param obj the mutable object
* @param lock lock for synchronization
*/
class SynchedObject[A](obj: A, lock: MLock) {
def modify(f: A => Task[Unit]): Task[Unit] =
lock.greenLight(f(obj))
def get: Task[A] = lock.greenLight(Task(obj))
}
object SynchedObject {
def apply[A](obj: A) =
MVar[Task]
.of(())
.map(m => new MLock(m))
.flatMap(lock => Task(new SynchedObject(obj, lock)))
}
final class MLock(mvar: MVar[Task, Unit]) {
def acquire: Task[Unit] =
mvar.take
def release: Task[Unit] =
mvar.put(())
def greenLight[A](fa: Task[A]): Task[A] =
for {
_ <- acquire
a <- fa.doOnCancel(
release.onErrorHandleWith(ex => UIO(println(ex.getMessage())))
)
_ <- release
} yield a
}

185
src/main/scala/nova/monadic_sfx/util/controls/ActionObservable.scala
View File

@ -6,93 +6,112 @@ import monix.execution.cancelables.CompositeCancelable
import monix.reactive.Observable import monix.reactive.Observable
import monix.reactive.Observer import monix.reactive.Observer
import monix.{eval => me} import monix.{eval => me}
import nova.monadic_sfx.util.reactive.store.Sink2
import nova.monadic_sfx.implicits._
class ActionObservableExecutor[T]( object ActionObservableDsl {
implicit final class ActionObservableExecutor[T](
private val delegate: Observable[T] private val delegate: Observable[T]
) extends AnyVal { ) {
def -->(sub: Observer[T])(implicit s: Scheduler) = // def -->[G](sub: G)(implicit s: Scheduler, G: Sink[G, T]) =
delegate // // delegate
.doOnNext(el => me.Task.deferFuture(sub.onNext(el)) >> me.Task.unit) // // .doOnNext(el => me.Task.deferFuture(sub.onNext(el)) >> me.Task.unit)
// // .subscribe()
// delegate
// .doOnNext(el => G.offer(sub, el))
// .subscribe()
def -->(
sink: Sink2[T]
)(implicit s: Scheduler, c: CompositeCancelable) =
// delegate
// .doOnNext(el => me.Task.deferFuture(sub.onNext(el)) >> me.Task.unit)
// .subscribe()
c += delegate
.doOnNext(el => sink.offer(el).toTask)
.subscribe() .subscribe()
} }
class ActionObservableBuilder[A](
private val observableAction: Observable[A]
) extends AnyVal {
def useLazyEval[T](v: => me.Task[T]) =
new ActionObservableExecutor[T](observableAction.mapEval(_ => v))
def useEval[T](cb: A => me.Task[T]) =
new ActionObservableExecutor[T](
observableAction.mapEval(cb)
)
def useIterableEval[T](cb: A => collection.immutable.Iterable[T]) =
new ActionObservableExecutor[T](
observableAction.flatMap(a =>
Observable.suspend(Observable.fromIterable(cb(a)))
)
)
def doOnNext(cb: A => me.Task[Unit]): ActionObservableBuilder[A] =
new ActionObservableBuilder(observableAction.doOnNext(cb))
def mapEval[B](cb: A => me.Task[B]) =
new ActionObservableBuilder(observableAction.mapEval(cb))
def underlying = observableAction
// Caution: Experimental stuff below..
def useEval2[B, C](f: A => me.Task[B], g: A => me.Task[C]) =
new ActionObservableExecutor[(B, C)](
observableAction.publishSelector(conn =>
conn
.mapEval(f)
.switchMap(b =>
conn.mapEval(a =>
for {
c <- g(a)
} yield (b, c)
)
)
)
)
def bifurcate[B, C](
f: ActionObservableBuilder[A] => B,
g: ActionObservableBuilder[A] => C
)(implicit s: Scheduler) =
observableAction
.publishSelector(conn =>
Observable(
Observable.unit.doOnNext(_ =>
me.Task(f(new ActionObservableBuilder[A](conn))) >> me.Task.unit
),
Observable.unit.doOnNext(_ =>
me.Task(g(new ActionObservableBuilder[A](conn))) >> me.Task.unit
)
).merge
)
.subscribe()
def split(
lst: (ActionObservableBuilder[A] => Cancelable)*
)(implicit s: Scheduler): Cancelable = {
val comp = CompositeCancelable()
comp += observableAction
.publishSelector(conn =>
Observable(
lst.map(f =>
Observable.unit.doOnNext(_ =>
me.Task(
comp += f(new ActionObservableBuilder[A](conn))
) >> me.Task.unit
)
): _*
).merge
)
.subscribe()
} }
// final class ActionObservableBuilder[A](
// private val observableAction: Observable[A]
// ) extends AnyVal {
// def useLazyEval[T](v: me.Task[T]) =
// new ActionObservableExecutor[T](observableAction.mapEval(_ => v))
} // def useEval[T](cb: A => me.Task[T]) =
// new ActionObservableExecutor[T](
// observableAction.mapEval(cb)
// )
// def useIterableEval[T](cb: A => collection.immutable.Iterable[T]) =
// new ActionObservableExecutor[T](
// observableAction.flatMap(a =>
// Observable.suspend(Observable.fromIterable(cb(a)))
// )
// )
// def use = new ActionObservableExecutor(observableAction)
// def doOnNext(cb: A => me.Task[Unit]): ActionObservableBuilder[A] =
// new ActionObservableBuilder(observableAction.doOnNext(cb))
// def mapEval[B](cb: A => me.Task[B]) =
// new ActionObservableBuilder(observableAction.mapEval(cb))
// def underlying = observableAction
// // Caution: Experimental stuff below..
// def useEval2[B, C](f: A => me.Task[B], g: A => me.Task[C]) =
// new ActionObservableExecutor[(B, C)](
// observableAction.publishSelector(conn =>
// conn
// .mapEval(f)
// .switchMap(b =>
// conn.mapEval(a =>
// for {
// c <- g(a)
// } yield (b, c)
// )
// )
// )
// )
// // def bifurcate[B, C](
// // f: ActionObservableBuilder[A] => B,
// // g: ActionObservableBuilder[A] => C
// // )(implicit s: Scheduler) =
// // observableAction
// // .publishSelector(conn =>
// // Observable(
// // Observable.unit.doOnNext(_ =>
// // me.Task(f(new ActionObservableBuilder[A](conn))) >> me.Task.unit
// // ),
// // Observable.unit.doOnNext(_ =>
// // me.Task(g(new ActionObservableBuilder[A](conn))) >> me.Task.unit
// // )
// // ).merge
// // )
// // .subscribe()
// def split(
// lst: (ActionObservableBuilder[A] => Cancelable)*
// )(implicit s: Scheduler): Cancelable = {
// val cc = CompositeCancelable()
// cc += observableAction
// .publishSelector(conn =>
// Observable(
// lst.map(f =>
// Observable.unit.doOnNext(_ =>
// me.Task(
// cc += f(new ActionObservableBuilder[A](conn))
// ) >> me.Task.unit
// )
// ): _*
// ).merge
// )
// .subscribe()
// }
// }

2
src/main/scala/nova/monadic_sfx/util/controls/JFXButton.scala
View File

@ -34,6 +34,6 @@ class JFXButton(
def ripplerFill_=(b: jfxsp.Paint): Unit = ripplerFill() = b def ripplerFill_=(b: jfxsp.Paint): Unit = ripplerFill() = b
def obsAction = new ActionObservableBuilder(this.observableAction) def obsAction = this.observableAction
} }

2
src/main/scala/nova/monadic_sfx/util/controls/MenuItem.scala
View File

@ -3,5 +3,5 @@ package nova.monadic_sfx.util.controls
import nova.monadic_sfx.implicits._ import nova.monadic_sfx.implicits._
import scalafx.scene.{control => sfxc} import scalafx.scene.{control => sfxc}
class MenuItem extends sfxc.MenuItem { class MenuItem extends sfxc.MenuItem {
def obsAction = new ActionObservableBuilder(this.observableAction) def obsAction = this.observableAction
} }

49
src/main/scala/nova/monadic_sfx/util/reactive/store/Sink.scala Normal file
View File

@ -0,0 +1,49 @@
package nova.monadic_sfx.util.reactive.store
import monix.eval.Task
import monix.catnap.ConcurrentQueue
import monix.reactive.Observer
trait Sink[A, -B] {
def offer(inst: A, b: B): Task[Unit]
}
object Sink {
implicit def sinkForCq[B] =
new Sink[ConcurrentQueue[Task, B], B] {
override def offer(queue: ConcurrentQueue[Task, B], b: B): Task[Unit] =
queue.offer(b)
}
implicit def sinkForObserver[B] =
new Sink[Observer[B], B] {
override def offer(inst: Observer[B], b: B): Task[Unit] =
Task.deferFuture(inst.onNext(b)).void
}
implicit def sinkForStore[B, C] =
new Sink[Store[B, C], B] {
override def offer(inst: Store[B, C], b: B): Task[Unit] =
Task.deferFuture(inst.onNext(b)).void
}
// implicitly[Sink[Store[Int, Int], Int]]
}
trait Sink2[-B] {
def offer(b: B): monix.bio.Task[Unit]
}
object Sink2 {
def concurrentQueue[B](queue: ConcurrentQueue[monix.bio.Task, B]): Sink2[B] =
new Sink2[B] {
def offer(b: B): monix.bio.Task[Unit] = queue.offer(b)
}
}

67
src/main/scala/nova/monadic_sfx/util/reactive/store/Store.scala
View File

@ -5,6 +5,13 @@ import monix.eval.Coeval
import monix.reactive.Observer import monix.reactive.Observer
import monix.reactive.OverflowStrategy import monix.reactive.OverflowStrategy
import monix.reactive.subjects.ConcurrentSubject import monix.reactive.subjects.ConcurrentSubject
import cats.effect.Resource
import monix.{eval => me}
import monix.catnap.ConcurrentQueue
import nova.monadic_sfx.util.IOUtils
import monix.reactive.Observable
import io.odin.Logger
import nova.monadic_sfx.implicits._
object Store { object Store {
def createL[A, M]( def createL[A, M](
@ -54,4 +61,64 @@ object Store {
} }
} }
// : Resource[Task, Store[A, M]]
def backpressured[A, M](
initialAction: A,
initialState: M,
reducer: Reducer[A, M],
logger: Logger[Task],
middlewares: Seq[Middleware[A, M]] = Seq.empty
) = {
for {
queue <- ConcurrentQueue[Task].bounded[A](10)
source <- Task.deferAction(implicit s =>
Task {
val fold: ((A, M), A) => Task[(A, M)] = {
case ((_, state), action) =>
for {
_ <- Task.unit
(newState, effects) = reducer(state, action)
_ <-
effects
.doOnNextF(queue.offer)
.completedL
.toIO
// .start
} yield action -> newState
} }
val obs = Observable
.repeatEvalF(queue.poll)
.scanEval0F[Task, (A, M)](
Task.pure(initialAction -> initialState)
)(fold)
val res =
// middlewares
// .foldLeft(obs) {
// case (obs, middleware) => middleware(obs)
// }
obs
.doOnNextF(i => logger.debug(s"Emitted item 1: $i"))
.behavior(initialAction -> initialState)
.refCount
// res.subscribe(Observer.empty)
// .doOnNextF(i => Coeval(println(s"Emitted item 2: $i")))
res
}
)
} yield new MyStore(Sink2.concurrentQueue(queue), source)
}
}
final class MyStore[A, M](
val sink: Sink2[A],
val source: Observable[(A, M)]
)

1
src/main/scala/nova/monadic_sfx/util/reactive/store/package.scala
View File

@ -15,4 +15,5 @@ package object store {
* @tparam M The Model Type * @tparam M The Model Type
*/ */
type Reducer[A, M] = (M, A) => (M, Observable[A]) type Reducer[A, M] = (M, A) => (M, Observable[A])
} }

46
src/test/scala/BackpressuredStoreTest.scala Executable file
View File

@ -0,0 +1,46 @@
import org.scalatest.funsuite.AnyFunSuite
import scala.concurrent.duration._
import monix.bio.Task
import nova.monadic_sfx.util.reactive.store.Store
import nova.monadic_sfx.util.History
import nova.monadic_sfx.util.reactive.store.Reducer
import nova.monadic_sfx.ui.components.router.Page
import nova.monadic_sfx.util.IOUtils.toIO
import monix.reactive.Observable
import cats.effect.Resource
import nova.monadic_sfx.ui.components.router.FXRouter
import io.odin.consoleLogger
class BackpressuredStoreTest extends AnyFunSuite {
import monix.execution.Scheduler.Implicits.global
val logger = consoleLogger[Task]()
test("backpressed store test") {
(for {
_ <-
Resource
.eval(new FXRouter[Page].store2(Page.Home, logger))
.use { myStore =>
for {
_ <- toIO(
myStore.source
.doOnNextF(_ => Task.sleep(1.seconds))
.doOnNextF(item => logger.debug(s"Task1: Got Item $item"))
.completedL
).startAndForget
_ <- toIO(
myStore.source
.doOnNextF(_ => Task.sleep(3.seconds))
.doOnNextF(item => logger.debug(s"Task2: Got Item $item"))
.completedL
).startAndForget
_ <- myStore.sink.offer(FXRouter.Replace(Page.Home))
_ <- myStore.sink.offer(FXRouter.Replace(Page.Todo))
_ <- myStore.sink.offer(FXRouter.Replace(Page.UserHome))
_ <- myStore.sink.offer(FXRouter.Backward)
_ <- Task.sleep(25.seconds)
} yield ()
}
// _ <- Task.sleep(2.seconds)
} yield ()).runSyncUnsafe(26.seconds)
}
}

104
src/test/scala/ObservableTest.scala Executable file
View File

@ -0,0 +1,104 @@
import org.scalatest.funsuite.AnyFunSuite
import monix.catnap.ConcurrentQueue
import monix.eval.Task
import monix.reactive.Observable
import scala.concurrent.duration._
class ObservableTest extends AnyFunSuite {
import monix.execution.Scheduler.Implicits.global
test("observable state machine") {
(for {
_ <- Task.unit
sm <- MonixStateMachine()
_ <-
Task
.parSequence(
List(
sm.source
.doOnNext(item => Task(println(s"Task 1: Got $item")))
.completedL,
sm.source
.doOnNext(item => Task(println(s"Task 2: Got $item")))
.completedL,
sm.tell(MonixStateMachine.Start) >>
Observable
// .interval(1.second)
.interval(500.millis)
.doOnNext(_ => sm.tell(MonixStateMachine.Incr))
.takeUntil(Observable.unit.delayExecution(5.seconds))
.completedL >>
sm.tell(MonixStateMachine.Stop) >>
sm.tell(MonixStateMachine.Incr)
)
)
.void
.start
.bracket(_ => Task.sleep(8.seconds))(_.cancel)
} yield ()).runSyncUnsafe(10.seconds)
}
}
class MonixStateMachine(
queue: ConcurrentQueue[Task, MonixStateMachine.Command],
val source: Observable[(MonixStateMachine.State, MonixStateMachine.Data)]
) {
import MonixStateMachine._
def tell(item: Command) = queue.offer(item)
}
object MonixStateMachine {
sealed trait State
case object Idle extends State
case object Active extends State
sealed trait Command
case object Incr extends Command
case object Start extends Command
case object Stop extends Command
case class Data(num: Int)
private def source(queue: ConcurrentQueue[Task, Command]) =
Task.deferAction(implicit s =>
Task(
Observable
.repeatEvalF(queue.poll)
.scan((Idle: State, Data(0))) {
case ((state, data), command) =>
state match {
case Idle =>
println("Entered idle")
command match {
case Incr =>
println("Not active ")
(Idle, data)
case Start => (Active, data)
case Stop =>
println("Already stopped")
(Idle, data)
}
case Active =>
println("Entered Active")
command match {
case Incr => (Active, data.copy(num = data.num + 1))
case Start =>
println("Already started")
(Active, data)
case Stop => (Idle, data)
}
}
}
.publish
.refCount
)
)
def apply() =
for {
queue <- ConcurrentQueue.bounded[Task, Command](10)
source <- source(queue)
} yield new MonixStateMachine(queue, source)
}

15
src/test/scala/WebSocketTest.scala
View File

@ -9,6 +9,7 @@ import sttp.model.ws.WebSocketFrame
import scala.concurrent.duration._ import scala.concurrent.duration._
import nova.monadic_sfx.implicits._ import nova.monadic_sfx.implicits._
import monix.catnap.ConcurrentQueue import monix.catnap.ConcurrentQueue
import cats.syntax.all._
class WebSocketTest extends AnyFunSuite with BeforeAndAfterAll { class WebSocketTest extends AnyFunSuite with BeforeAndAfterAll {
implicit val sched = Scheduler.global implicit val sched = Scheduler.global
implicit val backend = HttpClientMonixBackend().runSyncUnsafe() implicit val backend = HttpClientMonixBackend().runSyncUnsafe()
@ -18,6 +19,11 @@ class WebSocketTest extends AnyFunSuite with BeforeAndAfterAll {
.map(_.result) .map(_.result)
.runSyncUnsafe() .runSyncUnsafe()
override def afterAll() = {
ws.close.runSyncUnsafe()
backend.close()
}
test("open websocket") { test("open websocket") {
(for { (for {
isOpen <- ws.isOpen isOpen <- ws.isOpen
@ -39,8 +45,8 @@ class WebSocketTest extends AnyFunSuite with BeforeAndAfterAll {
queue <- ConcurrentQueue.bounded[Task, Int](10) queue <- ConcurrentQueue.bounded[Task, Int](10)
_ <- _ <-
ws.observableSource ws.observableSource
.filter(_.isRight) .map(_.toOption)
.map(_.right.get) .mapFilter(identity)
.doOnNext(s => .doOnNext(s =>
Task(println(s"Received item: $s")) >> Task(println(s"Received item: $s")) >>
s.toIntOption.fold(Task.unit)(queue.offer) s.toIntOption.fold(Task.unit)(queue.offer)
@ -53,9 +59,4 @@ class WebSocketTest extends AnyFunSuite with BeforeAndAfterAll {
_ <- Task(assert(items != Seq(1, 2, 3, 4, 5, 6))) _ <- Task(assert(items != Seq(1, 2, 3, 4, 5, 6)))
} yield ()).runSyncUnsafe(10.seconds) } yield ()).runSyncUnsafe(10.seconds)
} }
override def afterAll() = {
ws.close.runSyncUnsafe()
backend.close()
}
} }