Converted Main class to Task/Resource
Converted Main class to TaskApp with resources created using Resource monad
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@ -31,198 +31,139 @@ import io.odin.syntax._
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import io.odin.monix._
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import nova.monadic_sfx.pages.HomePage
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import monix.execution.Callback
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import monix.eval.TaskApp
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import cats.effect.ExitCode
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import scalafx.scene.layout.HBox
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import scalafx.scene.Scene
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import cats.implicits._
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import cats.effect.Clock
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import cats.effect.Sync
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object Main extends JFXApp with MainModule {
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object Main extends TaskApp {
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val logger = consoleLogger().withAsyncUnsafe()
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// lazy val schedulers: Schedulers = new Schedulers()
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// override implicit def scheduler: Scheduler = schedulers.fx
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override def run(args: List[String]): Task[ExitCode] = {
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// val logger = consoleLogger().withAsyncUnsafe()
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lazy val schedulers: Schedulers = new Schedulers()
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// lazy val backendTask = AsyncHttpClientMonixBackend()
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// lazy val actorSystemTask = Task {
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// classic.ActorSystem(
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// name = "FXActorSystem"
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// )
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// }
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implicit lazy val defaultScheduler: Scheduler = schedulers.fx
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// implicit lazy val FSync = Sync[Task]
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// implicit lazy val FClock = Clock[Task]
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// val startTime = Task.clock
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// .monotonic(scala.concurrent.duration.MILLISECONDS)
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// .map(Duration.fromNanos(_))
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lazy val appResource = for {
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// clock <- Resource.liftF(Task(Task.clock))
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logger <- consoleLogger().withAsync()
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backend <- AsyncHttpClientMonixBackend.resource()
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actorSystem <-
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Resource.make(logger.info("Creating Actor System") >> Task {
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classic.ActorSystem(
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name = "FXActorSystem"
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)
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})(sys =>
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logger.info("Shutting down actor system") >> Task.fromFuture(
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sys.terminate()
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) >> logger.info("Actor System terminated")
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)
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// _ <- Resource.liftF(logger.info(Thread.currentThread().getName()))
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fxApp <- Resource.make(logger.info("Creating FX Application") >> Task {
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// val appStage = makePrimaryStage(backend, actorSystem)
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// stage = appStage
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// val stage2 = new PrimaryStage {
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// scene = new Scene(new HBox())
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// }
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val app: JFXApp = new JFXApp {
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lazy val schedulers: Schedulers = new Schedulers()
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lazy val backendTask = AsyncHttpClientMonixBackend()
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lazy val actorSystemTask = Task {
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classic.ActorSystem(
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name = "FXActorSystem"
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)
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implicit lazy val defaultScheduler: Scheduler = schedulers.fx
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val application =
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for {
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appStage <- logger.info("Inside JFX application stage") >> Task(
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makePrimaryStage(backend, actorSystem)
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)
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_ <- Task { stage = appStage }
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_ <- Task.sleep(2.seconds)
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loginScene <- LoginPage(appStage, backend, actorSystem)
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_ <- Task {
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// appStage.maximized = true
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appStage.height = 800
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appStage.width = 800
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appStage
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.scene()
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.setRoot(
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loginScene
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)
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}
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} yield ()
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application.timed.runAsync(
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new Callback[Throwable, (FiniteDuration, Unit)] {
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override def onSuccess(value: (FiniteDuration, Unit)): Unit = {
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val (duration, _) = value
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println(
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s"Application started successfully in ${duration.toSeconds} seconds"
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)
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}
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override def onError(e: Throwable): Unit = {
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println("Application start failed. Reason -")
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e.printStackTrace()
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}
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}
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)
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override def stopApp() = {
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Platform.exit()
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// System.exit(0)
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}
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}
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app
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})(app => logger.info("Stopping FX Application") >> Task(app.stopApp()))
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// _ <- Resource.liftF(Task.unit.executeOn(defaultScheduler))
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_ <- Resource.liftF(logger.info(Thread.currentThread().getName()))
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} yield (fxApp)
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// >> logger.info("test")
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appResource
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.use(fxApp => Task(fxApp.main(args.toArray)))
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.as(ExitCode.Success)
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}
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lazy val application = for {
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_ <- logger.info("Starting application..")
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backend <- backendTask
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actorSystem <- actorSystemTask
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// to spawn child actors
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// _ <- Task { actorSystem.spawn() }
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appStage <- Task { makePrimaryStage(backend, actorSystem) }
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// splash screen
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_ <- Task {
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// this stage refers to implicit jfx stage
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// makes this impure, but I can't think of a better way right now
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stage = appStage
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}
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// wait 2 seconds before showing home screen
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// d <- deps
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// fib1 <- d.send().start
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_ <- Task.sleep(2.seconds)
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loginScene <- LoginPage(appStage, backend, actorSystem)
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_ <- Task {
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// appStage.maximized = true
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appStage.height = 800
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appStage.width = 800
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appStage
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.scene()
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.setRoot(
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loginScene
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)
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}
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// _ <- fib1.join
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} yield ()
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application.timed.runAsync(
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new Callback[Throwable, (FiniteDuration, Unit)] {
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override def onSuccess(value: (FiniteDuration, Unit)): Unit = {
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val (duration, _) = value
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println(
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s"Application started successfully in ${duration.toSeconds} seconds"
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)
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}
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override def onError(e: Throwable): Unit = {
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println("Application start failed. Reason -")
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e.printStackTrace()
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}
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}
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)
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// Task
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// .suspend {
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// val program = Task {
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// stage = new PrimaryStage {
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// // initStyle(StageStyle.Unified)
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// title = "ScalaFX Hello World"
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// scene = defaultUI.scene
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// }
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// }
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// val backendResource = AsyncHttpClientMonixBackend
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// .resource()
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// .use { implicit backend =>
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// Task
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// .suspend(
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// (for {
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// req <-
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// basicRequest
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// .get(uri"https://httpbin.org/get")
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// .response(asJson[HttpBinResponse])
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// .send()
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// } yield println(req)) >>
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// Task(println(Thread.currentThread().getName()))
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// )
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// // .delayExecution(1.second)
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// }
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// .executeOn(Scheduler.global)
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// val akkaResource = Resource
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// .make(Task {
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// classic.ActorSystem(
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// name = "FXActorSystem"
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// )
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// })(sys => Task(println("Shutting down actor system")) >> Task(sys.terminate()))
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// .use { implicit system =>
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// // system.spa
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// // system.typed
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// // val javaFxActor = system.actorOf(
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// // Props[JavaFxActor]().withDispatcher("javafx-dispatcher"),
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// // "javaFxActor"
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// // )
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// // val swingActor = system.actorOf(
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// // Props[SwingActor]().withDispatcher("swing-dispatcher"),
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// // "swingActor"
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// // )
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// Task.unit
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// }
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// .delayExecution(1.second)
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// backendResource.start >> akkaResource.start >>
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// program.to[Task].asyncBoundary >>
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// Task(println(Thread.currentThread().getName()))
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// .executeOn(Scheduler.global)
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// Task.parZip3(
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// program.to[Task].executeOn(defaultScheduler),
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// // backendResource,
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// // dummyRequester.send(),
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// // akkaResource,
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// Task(println(Thread.currentThread().getName()))
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// .executeOn(schedulers.cpu)
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// )
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// }
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// .runToFuture
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// .onComplete(res =>
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// res match {
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// case Failure(exception) => {
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// println("Application start failed. Reason -")
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// exception.printStackTrace()
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// }
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// case Success(value) => println("Application started Successfully")
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// }
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// )
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// new TaskApp {
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// override protected def scheduler: Scheduler =
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// JFXExecutionContexts.javaFxScheduler
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// override def run(args: List[String]): Task[ExitCode] =
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// Task.suspend {
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// Task {
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// AsyncHttpClientMonixBackend().flatMap(implicit backend => {
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// val req = RequestPayload("").asJson
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// basicRequest.get(uri"").body(req).send()
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// })
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// } >>
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// program.to[Task].executeOn(JFXExecutionContexts.javaFxScheduler) >>
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// Task(println(Thread.currentThread().getName()))
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// .executeOn(Scheduler.global) >>
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// // Task.unit.asyncBoundary >>
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// Task.pure(ExitCode.Success)
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// }
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// }
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// }
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// Task.sleep(3.seconds).flatMap { _ =>
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//
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// (for {
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// req <-
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// basicRequest
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// .get(uri"https://httpbin.org/get")
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// .response(asJson[HttpBinResponse])
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// .send()
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// } yield println(req)) >> Task(
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// println(Thread.currentThread().getName())
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// ) >>
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// backend.close()
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// }
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//
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def test(stage: Stage) = {
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stage.scene().setRoot(new FlowPane())
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}
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def makePrimaryStage(
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backend: AppTypes.HttpBackend,
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actorSystem: classic.ActorSystem
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) = {
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new PrimaryStage {
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scene = new DefaultUI().scene
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onCloseRequest = () => {
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val f2 = actorSystem.terminate()
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val f1 = backend.close().runToFuture
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// onCloseRequest = () => {
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// val f2 = actorSystem.terminate()
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// val f1 = backend.close().runToFuture
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println("Closing backend")
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Await.result(f1, 3.seconds)
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println("Closing actor system")
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println(Thread.currentThread().getName())
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Await.result(f2, 3.seconds)
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println("Actor system closed")
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Platform.exit()
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System.exit(0)
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}
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// println("Closing backend")
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// Await.result(f1, 3.seconds)
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// println("Closing actor system")
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// println(Thread.currentThread().getName())
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// Await.result(f2, 3.seconds)
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// println("Actor system closed")
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// Platform.exit()
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// System.exit(0)
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// }
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}
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}
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}
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// class MyFxApp extends javafx.application.Application {
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// override def start(stage: javafx.stage.Stage): Unit = {
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// stage.show()
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// }
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// }
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