This blip is not on the current edition of the Radar. If it was on one of the last few editions, it is likely that it is still relevant. If the blip is older, it might no longer be relevant and our assessment might be different today. Unfortunately, we simply don't have the bandwidth to continuously review blips from previous editions of the Radar.Understand more
Jan 2014
AdoptWe feel strongly that the industry should be adopting these items. We use them when appropriate on our projects.
Clojure is a dynamic, functional language that runs on the JVM. Although its roots are in Lisp, one of the oldest computer languages, it also embodies many modern programming concepts, including lazy evaluation and advanced concurrency abstractions. Clojure has spawned a vibrant community of programmers who are contributing a rich set of frameworks and tools. One example of these is Midje, an innovative spin on unit testing and mocking frameworks.
May 2013
AdoptWe feel strongly that the industry should be adopting these items. We use them when appropriate on our projects.
Oct 2012
AdoptWe feel strongly that the industry should be adopting these items. We use them when appropriate on our projects.
Mar 2012
TrialWorth pursuing. It is important to understand how to build up this capability. Enterprises should try this technology on a project that can handle the risk.
Jul 2011
AssessWorth exploring with the goal of understanding how it will affect your enterprise.
The functional languages F#, Clojure and Scala still reside in the assess ring of the radar. Interest in functional languages continues to grow. Two characteristics of functional languages in particular are driving this interest, immutability with its implications for parallelism and functions as first class objects. While the introduction of closures to C# brings some of the latter capability, functional languages are almost synonymous with immutability. The placement of these languages within the assess ring indicates our view of their relative maturity and appropriateness. F#, based on OCaml, is fully supported within the Visual Studio toolset. F# includes support for objects and imperative constructs in addition to functional language constructs in a natural way. Scala, like F#, combines the object and functional paradigms, although the syntax of Scala is more Java-like. Clojure began as a JVM language and is now available on the .NET CLR. Clojure does allow for mutable state although it has an extensive set of immutable persistent data structures, all supporting multi-threaded applications. There are many similarities between these three languages, but at the moment we believe F# and Clojure to be better suited to most organizations for assessing than Scala. More work clearly needs to be done to validate this assertion.
Jan 2011
AssessWorth exploring with the goal of understanding how it will affect your enterprise.
Aug 2010
AssessWorth exploring with the goal of understanding how it will affect your enterprise.
Apr 2010
AssessWorth exploring with the goal of understanding how it will affect your enterprise.
In the previous radar, we lumped functional languages together in a group. For this version, we’ve exploded that group and started calling out the ones interesting to us. Of the current crop of functional languages, the one we like the most is Clojure: a simple, elegant implementation of Lisp on the JVM. The other two that we fi nd interesting are Scala (a re-thinking of Java in functional form) and F#, the OCaml derivative from Microsoft that now appears “in the box” in Visual Studio 2010.