F# is a typed functional programming language for the .NET Framework. It combines the succinctness, expressivity, and compositionality of typed functional programming with the runtime support, libraries, interoperability, tools, and object model of .NET.
Functional programming has long inspired researchers, students, and programmers alike with its simplicity and expressive power. Applied functional programming is booming: a new generation of typed functional languages is reaching maturity; some functional language constructs have been integrated into languages such as C#, Python, and Visual Basic; and there is now a substantial pool of expertise in the pragmatic application of functional programming techniques. There is also strong evidence that functional programming offers significant productivity gains in important application areas such as data access, financial modeling, statistical analysis, machine learning, software verification, and bio-informatics. More recently, functional programming is part of the rise of declarative programming models, especially in the data query, concurrent, reactive, and parallel programming domains.
F# differs from many functional languages in that it embraces imperative and objectoriented (OO) programming. It also provides a missing link between compiled and dynamic languages, combining the idioms and programming styles typical of dynamic languages with the performance and robustness of a compiled language. The F# designers have adopted a design philosophy that allows you to take the best and most productive aspects of these paradigms and combine them while still placing primary emphasis on functional programming techniques.
F# and .NET offer an approach to computing that will continue to surprise and delight, and mastering functional programming techniques will help you become a better programmer regardless of the language you use. There has been no better time to learn functional programming, and F# offers the best route to learn and apply functional programming on the .NET platform.
The Genesis of F#
F# began in 2002 when Don Syme and others at Microsoft Research decided to ensure that the “ML” approach to pragmatic but theoretically-based language design found a high-quality expression for the .NET platform. The project was closely associated with the design and implementation of Generics for the .NET Common Language Runtime. The first major prerelease of F# was in 2005.
F# shares a core language with the programming language OCaml, and in some ways it can be considered an “OCaml for .NET.” F# would not exist without OCaml, which in turn comes from the ML family of programming languages, which dates back to 1974. F# also draws from Haskell, particularly with regard to two advanced language features called sequence expressions and workflows. There are still strong connections between the designers of these languages and overlap in their user communities. The rationale for the design decisions taken during the development of F# is documented on the F# project website.
Despite the similarities to OCaml and Haskell, programming with F# is really quite different. In particular, the F# approach to type inference, OO programming, and dynamic language techniques is substantially different from all other mainstream functional languages. Programming in F# tends to be more object-oriented than in other functional languages. Programming also tends to be more flexible. F# embraces .NET techniques such as dynamic loading, dynamic typing, and reflection, and it adds techniques such as expression quotation and active patterns.
F# also owes a lot to the designers of .NET, whose vision of language interoperability between C++, Visual Basic, and “the language that eventually became C#” is still rocking the computer industry today. Today F# draws much from the broader community around the Common Language Infrastructure (CLI). This standard is implemented by the Microsoft .NET Framework, Mono, and Microsoft’s client-side execution environment Silverlight. F# is able to leverage libraries and techniques developed by Microsoft, the broader .NET community, and the highly active open source community centered around Mono. These include hundreds of important libraries and major implementation stacks such as language-integrated queries using Microsoft’s LINQ.
Source of Information : Apress Expert F Sharp
Functional programming has long inspired researchers, students, and programmers alike with its simplicity and expressive power. Applied functional programming is booming: a new generation of typed functional languages is reaching maturity; some functional language constructs have been integrated into languages such as C#, Python, and Visual Basic; and there is now a substantial pool of expertise in the pragmatic application of functional programming techniques. There is also strong evidence that functional programming offers significant productivity gains in important application areas such as data access, financial modeling, statistical analysis, machine learning, software verification, and bio-informatics. More recently, functional programming is part of the rise of declarative programming models, especially in the data query, concurrent, reactive, and parallel programming domains.
F# differs from many functional languages in that it embraces imperative and objectoriented (OO) programming. It also provides a missing link between compiled and dynamic languages, combining the idioms and programming styles typical of dynamic languages with the performance and robustness of a compiled language. The F# designers have adopted a design philosophy that allows you to take the best and most productive aspects of these paradigms and combine them while still placing primary emphasis on functional programming techniques.
F# and .NET offer an approach to computing that will continue to surprise and delight, and mastering functional programming techniques will help you become a better programmer regardless of the language you use. There has been no better time to learn functional programming, and F# offers the best route to learn and apply functional programming on the .NET platform.
The Genesis of F#
F# began in 2002 when Don Syme and others at Microsoft Research decided to ensure that the “ML” approach to pragmatic but theoretically-based language design found a high-quality expression for the .NET platform. The project was closely associated with the design and implementation of Generics for the .NET Common Language Runtime. The first major prerelease of F# was in 2005.
F# shares a core language with the programming language OCaml, and in some ways it can be considered an “OCaml for .NET.” F# would not exist without OCaml, which in turn comes from the ML family of programming languages, which dates back to 1974. F# also draws from Haskell, particularly with regard to two advanced language features called sequence expressions and workflows. There are still strong connections between the designers of these languages and overlap in their user communities. The rationale for the design decisions taken during the development of F# is documented on the F# project website.
Despite the similarities to OCaml and Haskell, programming with F# is really quite different. In particular, the F# approach to type inference, OO programming, and dynamic language techniques is substantially different from all other mainstream functional languages. Programming in F# tends to be more object-oriented than in other functional languages. Programming also tends to be more flexible. F# embraces .NET techniques such as dynamic loading, dynamic typing, and reflection, and it adds techniques such as expression quotation and active patterns.
F# also owes a lot to the designers of .NET, whose vision of language interoperability between C++, Visual Basic, and “the language that eventually became C#” is still rocking the computer industry today. Today F# draws much from the broader community around the Common Language Infrastructure (CLI). This standard is implemented by the Microsoft .NET Framework, Mono, and Microsoft’s client-side execution environment Silverlight. F# is able to leverage libraries and techniques developed by Microsoft, the broader .NET community, and the highly active open source community centered around Mono. These include hundreds of important libraries and major implementation stacks such as language-integrated queries using Microsoft’s LINQ.
Source of Information : Apress Expert F Sharp
|
|
0 comments
Post a Comment