What is F#

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🔍 Exploring F#'s Background and History
Introduced by Microsoft Research in 2005, F# is a cross-platform language that runs on Windows, macOS, and Linux. Leveraging the .NET Common Language Runtime (CLR), F# taps into the extensive .NET library ecosystem, providing a strong foundation for your projects.
🌿 Embracing the Functional Paradigm
F# stands out for its functional programming paradigm. While supporting imperative and object-oriented programming, F# encourages the use of functional concepts like immutability, higher-order functions, and pattern matching. This leads to more expressive and robust code that tackles complex problems with elegance and clarity.
💡 F# - Ideal for Complex Problem Solving
When faced with intricate mathematical computations, data processing, or parallel programming, F# proves its mettle. Thanks to its concise syntax and type inference, F# reduces boilerplate code, making it a powerful choice for tackling complex tasks effectively.
🏆 Versatility Across Various Domains
F# finds its place in a wide range of domains. From finance and scientific research to web development and cloud computing, F# adapts effortlessly to diverse challenges. Furthermore, its advanced type system makes it an excellent language for creating domain-specific languages (DSLs).
🚀 Interoperability and Collaboration
One of F#'s strengths is seamless integration with other .NET languages like C# and Visual Basic. This ability allows developers to leverage existing libraries and frameworks within the .NET ecosystem, fostering collaboration between teams with different language preferences.
🎓 Getting Started with F#
Are you eager to embark on your F# journey? Let's get started! Visit the official F# website or install the F# tools for Visual Studio or Visual Studio Code. With comprehensive learning resources, tutorials, and a vibrant community, you'll be well-equipped to embrace the functional-first programming paradigm.
🌟 Experience the Advantages of Functional Programming
As you delve into F#, you'll discover the advantages of functional programming. Embrace immutability, unlock the potential of pattern matching, and explore the joys of higher-order functions to level up your programming skills.
🔗 Helpful Links
Official F# Website: fsharp.org
Don't forget to like, subscribe, and ring the notification bell to stay updated with more exciting programming content. Let's dive into the world of functional programming with F# and revolutionize the way we approach software development!
#FSharpProgramming #FunctionalProgramming #DotNetDevelopment #FunctionalFirst #ProgrammingLanguages #SoftwareDevelopment #LearnFSharp

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Опубликовано:

27 июл 2023

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Комментарии : 5

@jakest.germain2475 9 месяцев назад

Great video! Very digestible

@BradCypert 9 месяцев назад

Thank you, Jake!

@phix3471 28 дней назад

Test. This is what it'll look like global function annotate(sequence board) integer h = length(board) sequence res = repeat(0,h) if h then integer w = length(board[1]) for y,line in board do string outline = "" for x,ch in line do if ch!='*' then integer m = 0 for i=y-(y>1) to y+(y1) to x+(x

@BradCypert 27 дней назад

@WillEhrendreich 13 дней назад

here's the fsharp version of what I think you're trying to do : let annotate (board: char array array) = let h = Array.length board let w = Array.head board |> Array.length let memo f x = let cache = System.Collections.Generic.Dictionary() if cache.ContainsKey x then cache.[x] else cache.[x] = 0 && y >= 0 && x < w && y < h let isMine (x ,y) = isInBounds x y && board.[y].[x] = '*' let memoIsMine = memo isMine let countMines x y = [x-1, y-1; x, y-1 ; x+1, y-1; x-1, y ; x+1, y ; x-1, y+1; x, y+1 ; x+1, y+1;] |> Array.ofList |> Array.filter memoIsMine |> Array.length let mineCountCharOrBlankSpace x y = match countMines x y with | 0 -> ' ' | n -> n |> char let mineMineCountOrBlankSpace x y ch = match ch with | '*' -> '*' | _ -> mineCountCharOrBlankSpace x y let processRow y row = row |> Array.mapi (fun x ch -> mineMineCountOrBlankSpace x y ch ) board |> Array.mapi processRow