ConcentricCircles
Attributes
- Source:
- ConcentricCircles.scala
- Graph
- Supertypes
- Self type
- ConcentricCircles.type
Members list
Value members
Concrete methods
Attributes
- Source:
- ConcentricCircles.scala
Inherited methods
Attributes
- Inherited from:
- IOApp.this.runtime.fiberMonitor.liveFiberSnapshot(((_$1:String)=>System.err.print(_$1)))) process.on("SIGUSR2",listener) process.on("SIGINFO",listener) }else() lazyvalkeepAlive:IO[Nothing]=IO.sleep(DurationInt(1).hour).>>[Nothing](keepAlive) valargList:List[String]=process.argv.getOrElse[List[String]](wrapRefArray[String](args).toList) valhardExit:Function1[Int,Unit]=Try.apply[Function1[Int,Unit]](js.Dynamic.global.selectDynamic("process").selectDynamic("exit").asInstanceOf[js.Function1[Int,Unit]]).map[Function1[Int,Unit]](((f:Function1[Int,Unit])=>((i:Int)=>{ Try.apply[Unit](f.apply(i)) () }))).getOrElse[Function1[Int,Unit]](((_$2:Int)=>())) varcancelCode:Int=1 valfiber:IOFiber[ExitCode]={ val$1$:IO[ExitCode]=Spawn.apply[[A>:Nothing<:Any]=>IO[A]](asyncForIO,dummyImplicit).raceOutcome[ExitCode,Nothing](CpuStarvationCheck.run(IOApp.this.runtimeConfig,JsCpuStarvationMetrics.apply()).background.surround[ExitCode](IOApp.this.run(argList))(asyncForIO),keepAlive).flatMap[ExitCode](((x$1:Either[Outcome[[A>:Nothing<:Any]=>IO[A],Throwable,ExitCode],Outcome[[A>:Nothing<:Any]=>IO[A],Throwable,Nothing]])=>x$1match{ caseLeft(Outcome.Canceled())=> IO.raiseError[Nothing](newCancellationException("IOAppmainfiberwascanceled")) caseLeft(Outcome.Errored(t))=> IO.raiseError[Nothing](t) caseLeft(Outcome.Succeeded(code))=> (code:IO[ExitCode]) caseRight(Outcome.Errored(t))=> IO.raiseError[Nothing](`t₂`) caseRight(_)=> sys.error("impossible") })) $1$.unsafeRunFiber(hardExit.apply(cancelCode),((`t₃`:Throwable)=>{ `t₃`.printStackTrace() hardExit.apply(1) throw`t₃` }),((c:ExitCode)=>hardExit.apply(c.code)),$1$.unsafeRunFiber$default$4)(IOApp.this.runtime) } defgracefulExit(`code₂`:Int):Unit={ IOApp.this.runtime.config.shutdownHookTimeoutmatch{ caseDuration.Zero=> hardExit.apply(`code₂`) None casefd:FiniteDuration=> Some.apply[SetTimeoutHandle](js.timers.setTimeout(fd)(hardExit.apply(`code₂`))) case_=> None } cancelCode=`code₂` fiber.cancel.unsafeRunAndForget()(IOApp.this.runtime) } Try.apply[Unit](js.Dynamic.global.selectDynamic("process").updateDynamic("exit")(fromFunction1[Int,Unit](((_$3:Int)=>gracefulExit(_$3))))) process.on("SIGTERM",(()=>gracefulExit(143))) process.on("SIGINT",(()=>gracefulExit(130))) }">IOApp
- Source:
- IOApp.scala
The entry point for your application. Will be called by the runtime when the process is
started. If the underlying runtime supports it, any arguments passed to the process will be
made available in the args parameter. The numeric value within the resulting ExitCode
will be used as the exit code when the process terminates unless terminated exceptionally
or by interrupt.
The entry point for your application. Will be called by the runtime when the process is
started. If the underlying runtime supports it, any arguments passed to the process will be
made available in the args parameter. The numeric value within the resulting ExitCode
will be used as the exit code when the process terminates unless terminated exceptionally
or by interrupt.
Attributes
- args
The arguments passed to the process, if supported by the underlying runtime. For example,
java com.company.MyApp --foo --bar bazornode com-mycompany-fastopt.js --foo --bar bazwould each result inList("--foo", "--bar", "baz").- See also:
IOApp.Simple!.run:cats\.effect\.IO[Unit]*
- Inherited from:
- Simple
- Source:
- IOApp.scala
Concrete fields
Attributes
- Source:
- ConcentricCircles.scala