EagerFuture

EagerFuture-class

Additional named elements passed to <code><a rd-options="" href="/link/Future?package=future&version=1.1.1" data-mini-rdoc="future::Future">Future</a>()</code>.


An eager future is a future whose value will be resolved immediately


internal

A Future API for R is provided. In programming, a future is an
abstraction for a value that may be available at some point in the future.
The state of a future can either be unresolved or resolved. As soon as it
is resolved, the value is available. Futures are useful constructs in for
instance concurrent evaluation, e.g. parallel processing and distributed
processing on compute clusters. The purpose of this package is to provide
a lightweight interface for using futures in R. Functions 'future()' and
'value()' exist for creating futures and requesting their values, e.g.
'f <- future({ mandelbrot(-0.75, 0, side=3) })' and 'v <- value(f)'. The
'resolved()' function can be used to check if a future is resolved or
not. An infix assignment operator '%<-%' exists for creating futures whose
values are accessible by the assigned variables (as promises), e.g. 'v %<-%
{ mandelbrot(-0.75, 0, side=3) }'. This package implements synchronous "lazy"
and "eager" futures, and asynchronous "multicore", "multisession" and ad hoc
"cluster" futures. Globals variables and functions are automatically identified
and exported. Required packages are attached in external R sessions whenever
needed. All types of futures are designed to behave the same such that the
exact same code work regardless of futures used or number of cores, background
sessions or cluster nodes available. Additional types of futures are provided by
other packages enhancing this package.

Henrik Bengtsson

future

A Future API for R

EagerFuture-class function

Additional named elements passed to <code><a rd-options='' href='Future'>Future</a>()</code>.

EagerFuture-class: An eager future is a future whose value will be resolved immediately

Description

Usage

Arguments

Value

See Also