swlaschin

//===================================
// Example of using DataTables in F#
//===================================

open System
open System.Data

//===================================
// General DataTable helpers
//

swlaschin

(*
Calculator_implementation.fsx

Related blog post: http://fsharpforfunandprofit.com/posts/calculator-implementation/
*)

// ================================================
// Draft of Domain from previous file
// ================================================          
module CalculatorDomain_V3 =

swlaschin

module PropertiesForDob = 

    let badAge (today:System.DateTime) (dob:System.DateTime) =
        let dob = dob.Date  // ignore time
        let today = today.Date  // ignore time

        let ts = today.Subtract(dob)
        ts.Days / 365 // bad implementation

    let goodAge (today:System.DateTime) (dob:System.DateTime) =

swlaschin

Functional Track talks from NDC London 2014

Wednesday 2014-12-3

• F-Words - Functional Programming Terms With More Than Four Letters - Calvin Bottoms
• Reactive Game Development For The Discerning Hipster - Bodil Stokke
• Erlang Patterns Matching Business Needs -- Torben Hoffman
• Equivalence Classes, xUnit.net, FsCheck, Property-Based Testing -- Mark Seemann
• Functional programming design patterns -- Scott Wlaschin
• Write Your Own Compiler in 24 Hours -- Phillip Trelford

swlaschin

namespace AwesomeAngularMVCApp.Controllers

open System.Threading.Tasks
open System.Web
open System.Web.Mvc
open AwesomeAngularMVCApp.Models
open Microsoft.AspNet.Identity.Owin
open System.Web.Http.Owin

[<Authorize>]

swlaschin

(*
CapabilityBasedSecurity_ConfigExample.fsx

An example of a simple capability-based design.

Related blog post: http://fsharpforfunandprofit.com/posts/capability-based-security/
*)
 
/// Configuration system
module Config =

swlaschin

(*
enterprise-tic-tac-toe.fsx

An example of implementing "enterprise" tic-tac-toe in a functional way.

Related blog post: http://fsharpforfunandprofit.com/posts/enterprise-tic-tac-toe/

*)

open System

swlaschin

(*
enterprise-tic-tac-toe-2.fsx

Follow up to the example of implementing "enterprise" tic-tac-toe in a functional way.
* Added true capability based security.

Related blog post: http://fsharpforfunandprofit.com/posts/enterprise-tic-tac-toe-2/

*)

swlaschin

// ================================================
// DDD : Model a card game
// ================================================

(*
A card is a combination of a Suit (Heart, Spade) and a Rank (Two, Three, ... King, Ace)
A hand is a list of cards
A deck  is a list of cards
A player has a name and a hand
A game consists of a deck and list of players

swlaschin

// General hints on defining types with constraints or invariants
// 
// Just as in C#, use a private constructor 
// and expose "factory" methods that enforce the constraints
//
// In F#, only classes can have private constructors with public members. 
//
// If you want to use the record and DU types, the whole type becomes
// private, which means that you also need to provide:
// * a constructor function ("create").