case class ProcessGroupImplO[F[_], O](firstProcess: UnboundIEProcess[F, Stream[F, Byte]], innerProcesses: List[UnboundIEProcess[F, Stream[F, Byte]]], lastProcess: UnboundIEProcess[F, O], originalProcesses: List[Process[F, Unit, Unit]])(implicit concurrent: Concurrent[F]) extends ProcessGroup[F, O, Unit] with RedirectableInput[F, ProcessGroupImplIO[F, O]] with RedirectableErrors[F, [γ$4$]ProcessGroupImplOE[F, O, γ$4$]] with Product with Serializable
Process group with bound output stream
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- ProcessGroupImplO
- Serializable
- Product
- Equals
- RedirectableErrors
- RedirectableInput
- ProcessGroup
- ProcessLike
- AnyRef
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Instance Constructors
- new ProcessGroupImplO(firstProcess: UnboundIEProcess[F, Stream[F, Byte]], innerProcesses: List[UnboundIEProcess[F, Stream[F, Byte]]], lastProcess: UnboundIEProcess[F, O], originalProcesses: List[Process[F, Unit, Unit]])(implicit concurrent: Concurrent[F])
Value Members
- def !<(stream: Stream[F, Byte]): ProcessGroupImplIO[F, O]
Feed the process input from a byte stream with flushing per chunks enabled.
Feed the process input from a byte stream with flushing per chunks enabled.
An alias for fromStream.
- stream
Input stream
- returns
A new process or process group with the input redirected and the input redirection capability removed.
- Definition Classes
- RedirectableInput
- final def !=(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
- def !>(sink: Pipe[F, Byte, Unit]): ProcessGroupImplOE[F, O, Unit]
Redirects the error outputs to a sink.
Redirects the error outputs to a sink.
The process error output type will be Unit. An alias for errorsToSink
- sink
Target sink
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- def !>#[O](pipe: Pipe[F, Byte, O])(implicit arg0: Monoid[O]): ProcessGroupImplOE[F, O, O]
Redirects the error outputs to a pipe and folds its output with a monoid instance.
Redirects the error outputs to a pipe and folds its output with a monoid instance.
The process error output type will be the same as the pipe's output type. An alias for errorsToFoldMonoid
- O
Output type of the pipe. Must have a monoid instance.
- pipe
Target pipe
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- def !>?[O](pipe: Pipe[F, Byte, O]): ProcessGroupImplOE[F, O, Vector[O]]
Redirects the error outputs to a pipe and collects its output to a vector
Redirects the error outputs to a pipe and collects its output to a vector
The process error output type will be a vector of the pipe's output type. An alias for errorsToVector
- O
Output type of the pipe
- pipe
Target pipe
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- final def ##(): Int
- Definition Classes
- AnyRef → Any
- def <(stream: Stream[F, Byte]): ProcessGroupImplIO[F, O]
Feed the process input from a byte stream.
Feed the process input from a byte stream.
An alias for fromStream.
- stream
Input stream
- returns
A new process or process group with the input redirected and the input redirection capability removed.
- Definition Classes
- RedirectableInput
- def <(path: Path): ProcessGroupImplIO[F, O]
Feed the process input from a file natively.
Feed the process input from a file natively.
An alias for fromFile.
- path
Path to the file
- returns
A new process or process group with the input redirected and the input redirection capability removed.
- Definition Classes
- RedirectableInput
- final def ==(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
- final def asInstanceOf[T0]: T0
- Definition Classes
- Any
- def clone(): AnyRef
- Attributes
- protected[lang]
- Definition Classes
- AnyRef
- Annotations
- @throws(classOf[java.lang.CloneNotSupportedException]) @native()
- implicit val concurrent: Concurrent[F]
- Definition Classes
- ProcessGroupImplO → RedirectableErrors → ProcessGroup
- def connectErrors[R <: GroupErrorRedirection[F], OR <: OutputRedirection[F], E](target: R)(implicit groupErrorRedirectionType: Aux[F, R, OR, E], outputRedirectionType: Aux[F, OR, E]): ProcessGroupImplOE[F, O, E]
The low level operation to attach an error output to all the processes in the group.
The low level operation to attach an error output to all the processes in the group.
Use one of the other methods of this trait or the advanced interface represented by customizedPerProcess for convenience.
This is the place where the process group's error output type gets calculated using the GroupErrorRedirectionType and OutputRedirectionType type classes.
- R
Error output grouped redirection type
- OR
Error output redirection type
- E
Error output type
- target
Redirection target
- groupErrorRedirectionType
Helper for dependent error output type
- outputRedirectionType
Helper for dependent error output type
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- ProcessGroupImplO → RedirectableErrors
- def connectInput(source: InputRedirection[F]): ProcessGroupImplIO[F, O]
The low level method to attach an input to a process or process group.
The low level method to attach an input to a process or process group.
Use the other methods in this trait for convenience.
- source
Redirection source
- returns
A new process or process group with the input redirected and the input redirection capability removed.
- Definition Classes
- ProcessGroupImplO → RedirectableInput
- lazy val customizedPerProcess: CustomizedPerProcess[F, [γ$4$]ProcessGroupImplOE[F, O, γ$4$]]
A more advanced interface for customizing the redirection per process
A more advanced interface for customizing the redirection per process
- Definition Classes
- RedirectableErrors
- def drainErrors[O](pipe: Pipe[F, Byte, O]): ProcessGroupImplOE[F, O, Unit]
Redirects the error outputs to a pipe and drains it regardless of its output type.
Redirects the error outputs to a pipe and drains it regardless of its output type.
The process error output type will be Unit.
- O
Output type of the pipe
- pipe
Target pipe
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- final def eq(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
- def errorsToFoldMonoid[O](pipe: Pipe[F, Byte, O])(implicit arg0: Monoid[O]): ProcessGroupImplOE[F, O, O]
Redirects the error outputs to a pipe and folds its output with a monoid instance.
Redirects the error outputs to a pipe and folds its output with a monoid instance.
The process error output type will be the same as the pipe's output type. An alias for !>#
- O
Output type of the pipe. Must have a monoid instance.
- pipe
Target pipe
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- def errorsToSink(sink: Pipe[F, Byte, Unit]): ProcessGroupImplOE[F, O, Unit]
Redirects the error outputs to a sink.
Redirects the error outputs to a sink.
The process error output type will be Unit. An alias for !>
- sink
Target sink
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- def errorsToVector[O](pipe: Pipe[F, Byte, O]): ProcessGroupImplOE[F, O, Vector[O]]
Redirects the error outputs to a pipe and collects its output to a vector
Redirects the error outputs to a pipe and collects its output to a vector
The process error output type will be a vector of the pipe's output type. An alias for !>?
- O
Output type of the pipe
- pipe
Target pipe
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- def finalize(): Unit
- Attributes
- protected[lang]
- Definition Classes
- AnyRef
- Annotations
- @throws(classOf[java.lang.Throwable])
- val firstProcess: UnboundIEProcess[F, Stream[F, Byte]]
- Definition Classes
- ProcessGroupImplO → ProcessGroup
- def foldErrors[O, R](pipe: Pipe[F, Byte, O], init: R, fn: (R, O) => R): ProcessGroupImplOE[F, O, R]
Redirects the error outputs to a pipe and folds it with a custom function.
Redirects the error outputs to a pipe and folds it with a custom function.
The process error output type will be R.
- O
Output type of the pipe
- R
Result type of the fold
- pipe
Target pipe
- init
The initial value for the fold
- fn
The fold function
- returns
Returns a new process group with all the error streams redirected and the error redirection capability removed.
- Definition Classes
- RedirectableErrors
- def fromFile(path: Path): ProcessGroupImplIO[F, O]
Feed the process input from a file natively.
Feed the process input from a file natively.
An alias for <.
- path
Path to the file
- returns
A new process or process group with the input redirected and the input redirection capability removed.
- Definition Classes
- RedirectableInput
- def fromStream(stream: Stream[F, Byte], flushChunks: Boolean): ProcessGroupImplIO[F, O]
Feed the process input from a byte stream.
- stream
Input stream
- flushChunks
Flush the process input stream after each chunk
- returns
A new process or process group with the input redirected and the input redirection capability removed.
- Definition Classes
- RedirectableInput
- final def getClass(): Class[_ <: AnyRef]
- Definition Classes
- AnyRef → Any
- Annotations
- @native()
- val innerProcesses: List[UnboundIEProcess[F, Stream[F, Byte]]]
- Definition Classes
- ProcessGroupImplO → ProcessGroup
- final def isInstanceOf[T0]: Boolean
- Definition Classes
- Any
- val lastProcess: UnboundIEProcess[F, O]
- Definition Classes
- ProcessGroupImplO → ProcessGroup
- def map(f: Mapper[F, O, Unit]): ProcessGroupImplO[F, O]
Applies the given mapper to each process in the group
Applies the given mapper to each process in the group
- f
process mapper
- returns
a new process group with all the processes altered by the mapper
- Definition Classes
- ProcessGroupImplO → ProcessGroup
- final def ne(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
- final def notify(): Unit
- Definition Classes
- AnyRef
- Annotations
- @native()
- final def notifyAll(): Unit
- Definition Classes
- AnyRef
- Annotations
- @native()
- val originalProcesses: List[Process[F, Unit, Unit]]
- Definition Classes
- ProcessGroupImplO → ProcessGroup
- def productElementNames: Iterator[String]
- Definition Classes
- Product
- def run(blocker: Blocker)(implicit runner: ProcessRunner[F]): F[ProcessGroupResult[F, O, Unit]]
Starts the process group asynchronously and blocks the execution until it is finished
Starts the process group asynchronously and blocks the execution until it is finished
- blocker
Execution context for blocking operations
- runner
The process runner to be used
- returns
the result of the finished processes
- Definition Classes
- ProcessGroup
- def start(blocker: Blocker)(implicit runner: ProcessRunner[F]): Resource[F, Fiber[F, ProcessGroupResult[F, O, Unit]]]
Starts the process group asynchronously and returns a closeable fiber representing it
Starts the process group asynchronously and returns a closeable fiber representing it
Joining the fiber waits for the processes to be terminated. Canceling the fiber terminates the processesnormally (with SIGTERM).
- blocker
Execution context for blocking operations
- runner
The process runner to be used
- returns
a managed fiber representing the running processes
- Definition Classes
- ProcessGroup
- def startProcessGroup(blocker: Blocker)(implicit runner: ProcessRunner[F]): F[RunningProcessGroup[F, O, Unit]]
Starts the process group asynchronously and returns the RunningProcessGroup interface for it
Starts the process group asynchronously and returns the RunningProcessGroup interface for it
This is the most advanced way to start process groups. See start and run as alternatives.
- blocker
Execution context for blocking operations
- runner
The process runner to be used
- returns
interface for handling the running process group
- Definition Classes
- ProcessGroup
- final def synchronized[T0](arg0: => T0): T0
- Definition Classes
- AnyRef
- final def wait(): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws(classOf[java.lang.InterruptedException])
- final def wait(arg0: Long, arg1: Int): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws(classOf[java.lang.InterruptedException])
- final def wait(arg0: Long): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws(classOf[java.lang.InterruptedException]) @native()