robertpi

open System.IO
open System.Collections.Generic

let rec getSize  =
    let memorize = new Dictionary<string, int64>()
    fun dir ->
        if memorize.ContainsKey(dir) then
            memorize.[dir]
        else
            let size =

robertpi

string myPhrase = "Hell is round the corner where I shelter";

myPhrase = string.Replace(myPhrase, "Hell", "Hevean");

robertpi

string myPhrase = "Hell is round the corner where I shelter";
myPhrase = myPhrase.Replace("Hell", "Hevean");

robertpi

let (|>) x f = f x

robertpi

class A {
static void AMethod(MyBase myBase) {
    myBase.AMemberMethod();
}
}

robertpi

class A {
private List<string> myList = new List<string>();
private List<string> GetCurrentItems(){
    return new List<string>(myList);
}
}

robertpi

// Learn more about F# at http://fsharp.net

let rate = 0.04
let baseSalary = 100000.

let baseYear = 2011

let salaries =
    Seq.unfold(fun (year, salary) -> 
                let nextYear, nextSalary = year + 1, salary * (1.0 + rate)

robertpi

        let walkCommits (hash: Hash, count) =
            printfn "%s %s %s" objectsDir hash.DirectoryName hash.FileName

            let objectPath = Path.Combine(objectsDir, hash.DirectoryName, hash.FileName)
            printfn "objectPath: %s" objectPath
            let gitObject = GitObject.ParseFile objectPath
            match gitObject with
            | Commit (_, commit) -> 
                match commit.Parent with
                | Some (hash) when count < 10 -> 

robertpi

module ParkingMeterKata
open System

// coins accepted by the system
type Coin =
    | TenCents = 10
    | TwentyCents = 20
    | FiftyCents = 50
    | OneEuro = 100
    | TwoEuro = 200

robertpi

[{"Name":"Feck"},{"Name":"Arse"},{"Name":"Arse"}]