Value Members

1.  def readInputStream[F[_]](fis: F[InputStream], chunkSize: Int, closeAfterUse: Boolean = true)(implicit arg0: Suspendable[F]): Stream[F, Byte]

   Reads all bytes from the specified InputStream with a buffer size of chunkSize.

   Reads all bytes from the specified InputStream with a buffer size of chunkSize. Set closeAfterUse to false if the InputStream should not be closed after use.

   Blocks the current thread.

2.  def readInputStreamAsync[F[_]](fis: F[InputStream], chunkSize: Int, closeAfterUse: Boolean = true)(implicit F: Async[F]): Stream[F, Byte]

   Reads all bytes from the specified InputStream with a buffer size of chunkSize.

   Reads all bytes from the specified InputStream with a buffer size of chunkSize. Set closeAfterUse to false if the InputStream should not be closed after use.

   This will block a thread in the current Async instance, so the size of any associated threadpool should be sized appropriately.

3.  def stdin[F[_]](bufSize: Int)(implicit F: Suspendable[F]): Stream[F, Byte]

   Stream of bytes read from standard input.

4.  def stdinAsync[F[_]](bufSize: Int)(implicit F: Async[F]): Stream[F, Byte]

   Stream of bytes read asynchronously from standard input.

5.  def stdout[F[_]](implicit F: Suspendable[F]): Sink[F, Byte]

   Sink of bytes that writes emitted values to standard output.

6.  def stdoutAsync[F[_]](implicit F: Async[F]): Sink[F, Byte]

   Sink of bytes that writes emitted values to standard output asynchronously.

7.  def toInputStream[F[_]](implicit F: Async[F]): Pipe[F, Byte, InputStream]

   Pipe that converts a stream of bytes to a stream that will emits a single java.io.InputStream, that is closed whenever the resulting stream terminates.

   Pipe that converts a stream of bytes to a stream that will emits a single java.io.InputStream, that is closed whenever the resulting stream terminates.

   If the close of resulting input stream is invoked manually, then this will await until the original stream completely terminates.

   Because all InputStream methods block (including close), the resulting InputStream should be consumed on a different thread pool than the one that is backing Async[F].

   Note that the implementation is not thread safe -- only one thread is allowed at any time to operate on the resulting java.io.InputStream.

8.  def writeOutputStream[F[_]](fos: F[OutputStream], closeAfterUse: Boolean = true)(implicit arg0: Suspendable[F]): Sink[F, Byte]

   Writes all bytes to the specified OutputStream.

   Writes all bytes to the specified OutputStream. Set closeAfterUse to false if the OutputStream should not be closed after use.

   Blocks the current thread.

9.  def writeOutputStreamAsync[F[_]](fos: F[OutputStream], closeAfterUse: Boolean = true)(implicit F: Async[F]): Sink[F, Byte]

   Writes all bytes to the specified OutputStream.

   Writes all bytes to the specified OutputStream. Set closeAfterUse to false if the OutputStream should not be closed after use.

   This will block a thread in the current Async instance, so the size of any associated threadpool should be sized appropriately.