OnurGumus

module rec Dat

open Browser.Types
open Fable.Core
open System

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

[<AllowNullLiteral>]

OnurGumus

let rec cross (left,right) =
    match left with
    | [] -> 0
    | _ -> seq {
            for x in right do
                let newRight = right |> List.filter(fun a -> a <> x)
                yield x + go(x::left, newRight) }|> Seq.min
and go (left,right) =
    match left with
    | [x] -> x

OnurGumus

let y f =
  let f' (x:obj -> _) = f (fun y -> x x y)
  f' (fun x -> f' (x :?> _))



module AsyncResult =

    open System.Threading.Tasks
    open System

OnurGumus

let y f =
  let f' (x:obj -> _) = f (fun y -> x x y)
  f' (fun x -> f' (x :?> _))



module AsyncResult =

    open System.Threading.Tasks
    open System

OnurGumus

let y f =
  let f' (x:obj -> _) = f (fun y -> x x y)
  f' (fun x -> f' (x :?> _))



module AsyncResult =

    open System.Threading.Tasks
    open System

OnurGumus

module BDD

open Akkling
open Akkling.Streams
open Akkling.TestKit
open Akka.Actor
open System
open Xunit
open Akkling.Streams.Operators
open Akka.Streams.Dsl

OnurGumus

module Server.App


open System
open Akka.Streams
open Akka.Streams.Dsl
open Akkling
open Akkling.Streams
open Akkling.Streams.Operators
open Akka

OnurGumus

type Part<
  P extends number,
  A extends number[],
  Left extends number[] = [],
  Right extends number[] = [],
> = A extends []
  ? [P, Left, Right]
  : A extends [infer F extends number,  ...infer Rest  extends number[]]

OnurGumus

// Type level bubble sort algorithm
// https://twitter.com/anuraghazra

type BubbleSort<
  A extends any[],
  Curr extends number = A["length"]
> = Curr extends 1
  ? A
  : A extends [infer F, infer S, ...infer Rest]
  ? BubbleSort<

OnurGumus

module FSharpX = 
    module Operators =

    /// Inject a value into the monadic type
        let inline returnM builder x = (^M: (member Return: 'b -> 'c) (builder, x))
        let inline bindM builder m f = (^M: (member Bind: 'd * ('e -> 'c) -> 'c) (builder, m, f))
        let inline liftM builder f m =
            let inline ret x = returnM builder (f x)
            bindM builder m ret