OnurGumus

open System.IO

let lines = File.ReadAllLines "references.fsx"

let fixedLines = lines |> Array.map (fun line ->
    if line.StartsWith("#r") then
        if line.Contains("/usr/share/dotnet/packs/") then
            line.Replace("/packs/", "/shared/")
                .Replace(".Ref/","/")
                .Replace("/ref/net8.0/", "/")

jkone27

#r "nuget: Fli"

open Fli
open System

open System

let isHelpRequested = fsi.CommandLineArgs |> Seq.contains "--h"

[<Literal>]

jkone27

#r "nuget: NodaMoney"
open NodaMoney
open System
open System.Threading.Tasks

module Products =

    type Product =
        | Shoes
        | Skirt

lukaszkrzywizna

type MyType =
  | MyCase
  static member statFun x = match x with MyCase -> "I'm static member function!"
  static member statFunUnit () = "I'm static member function with unit param!"
  static member statFunGeneric (x, y) =
    match x with MyCase -> $"I'm static member function with generic param with value = %O{y}!"
  static member statProp = "I'm static member property!"
  member this.objProp = match this with MyCase -> "I'm object member property!"
  member this.objFunGen x = match this with MyCase -> $"I'm object member function with param with value = %O{x}!"
  member this.objFunUnit () = match this with MyCase -> "I'm object member function with unit param!"

Savelenko

(*
An exercise in modeling. Users can be verified or banned. A user can be banned only if their username is "offensive".

We assume the Onion architecture. Modules `User` and `Verification` belong to the model. Module `UserVerification`
belongs to the application layer. Data access layer is omitted completely; it should be fairly trivial.

Note that the verified/banned aspect of a user is modeled "externally" to the notion of user itself. In particular,
there are no "aggregates" below which combine all aspects of a user.
*)

OnurGumus

module rec Dat

open Browser.Types
open Fable.Core
open System

[<ImportAll("dat.gui")>]
let exports: IExports = jsNative

[<AllowNullLiteral>]

natalie-o-perret

General Stuff 🤹‍♀️🍲🐤🥗

• 📚 Website: The Official Documentation, by Microsoft
• 📚 Website: F# for Fun and Profit, by Scott Wlaschin
• 🎞️ YouTube Playlist: Learn F#, by Ben Gobeil

Practices-slash-Code Architecture 🏗🗽🛕🧱

• 📄 GitHub Gist: Effective F#, by Scott Wlaschin
• 📖 Book: Domain Modeling Made Functional, by Scott Wlaschin
• 🎞️ YouTube Video: Property Based Testing, by Scott Wlaschin
• 🎞️ YouTube Video: Active Patterns, by Paul Blasucci

michaeloyer

// SRTP: Statically Resolved Type Parameters
// https://docs.microsoft.com/en-us/dotnet/fsharp/language-reference/generics/statically-resolved-type-parameters

// SRTP Allows for pulling members out of types that where the member is named and typed the same
// In this example SRTP will be used to pull out the 'First: string' and 'Last: string' members
// from different types

// One example of SRTP in the F# Base Class Library is the (+) operator. 
// You'll see that it has this type signature:

luisquintanilla

#r "nuget:Microsoft.ML"
#r "nuget:Microsoft.ML.OnnxRuntime"
#r "nuget:Microsoft.ML.OnnxTransformer"
#r "nuget:Microsoft.ML.ImageAnalytics"
#r "nuget:System.Drawing.Common"

open System.IO
open System.Drawing
open Microsoft.ML
open Microsoft.ML.Data

jbeeko

open System
type Settings = {
    Capacities : array<float>
    MaxRates : array<float>
    ValveState : array<int>
    Hash: int
} with 
    static member TrivialButPossiblyOkHash _ _ valueStates = 
        // This or some other way of combining the values eg. xor etc without copying my be good
        // enought. You can test it on your data. With random values for the value states this is