bryanedds

// Nu Game Engine.
// Copyright (C) Bryan Edds, 2012-2016.

namespace Nu
open System
open System.Collections.Generic
open System.Runtime.InteropServices
open OpenTK
open Prime

bryanedds

C:\Program Files (x86)\Microsoft Visual Studio 14.0>peverify C:\Development\NuGa
meEngine\Prime\Prime\Prime\bin\Debug\Prime.exe

Microsoft (R) .NET Framework PE Verifier.  Version  4.0.30319.0
Copyright (c) Microsoft Corporation.  All rights reserved.

[IL]: Error: [C:\Development\NuGameEngine\Prime\Prime\Prime\bin\Debug\Prime.exe
: Prime.Observation::observe[a,o,w]][offset 0x00000003] Unable to resolve token.

 [HRESULT 0x8007000B] - An attempt was made to load a program with an incorrect

bryanedds

#ifndef xtd_container_hpp
#define xtd_container_hpp

#include <cstddef>
#include <initializer_list>
#include <vector>

#include "prelude.hpp"

template<typename Cr, typename Fn>

bryanedds

Rule 1: No unprovoked abuse, where abuse is defined as statements intended to belittle someone personally.

As clarification, unintentional belittling is tolerated, since we don't all want to walk on egg-shells. For example, we do not care about'microaggressions' or 'exclusive speech' or whatever.

Rule 2: If someone if trying to get specific on-topic help, please avoid drowning out the conversation with off-topic stuff.

Otherwise, off-topic stuff is fine.

bryanedds

Rule 1: No unprovoked abuse, where abuse is defined as statements intended to belittle someone personally.

As clarification, unintentional belittling is tolerated, since we don't all want to walk on egg-shells. For example, we do not care about 'microaggressions' or 'exclusive speech' or whatever.

Rule 2: If someone is trying to get specific on-topic help, please avoid drowning out the conversation with off-topic stuff.

Otherwise, off-topic stuff is fine.

Rule 3: (Owners only): Owners please monitor Lounge for unwanted questions, then redirect (or bin) them here.

bryanedds

#include "functional"
#include "iostream"
#include "string"

namespace proj
{
    /// For background on the discussed subject matter, first see this gist article on Abstract Data
    /// Types and Alternative Forms of Polymorphism in C++ - https://gist.github.com/bryanedds/6a8ea281bb4a3d8b559e

    /// Dependency injection in C++ is easy, if you do it carefully. The quickest way to do it

bryanedds

#include "functional"
#include "iostream"

namespace proj
{
    /// Polymorphism in C++ is typically implemented with dynamic dispatch. On the plus side, it's
    /// easy to grasp (initially), well-understood, and works retroactively. On the minus side, it
    /// sucks you into OOP quagmires too easily and is not terribly efficient. Knowing about other
    /// types of polymorphims may lead you to avoid this approach wherever practical. Places where
    /// it's practically unavoidable are those that require user-defined subtypes, such as plugins

bryanedds

// Nu Game Engine.
// Copyright (C) Bryan Edds, 2013-2015.

namespace Nu
open System
open System.IO
open System.Xml
open OpenTK
open Prime
open Nu

bryanedds

Find all "TODO", Match case, Whole word, Subfolders, Find Results 1, Entire Solution, ""
  C:\FPWorks\Nu\Nu\Nu\RQueue.fs(12):    /// TODO: replace all usage with Queue from FSharpx.Collections.
  C:\FPWorks\Nu\Nu\Nu\Address.fs(15):/// TODO: implement custom comparison.
  C:\FPWorks\Nu\Nu\Nu\Math.fs(12):/// TODO: for consistency with other math constructs, consider making this a struct.
  C:\FPWorks\Nu\Nu\Nu\Math.fs(118):    /// TODO: See if we can expose an SDL_RenderCopyEx from SDL2(#) that takes floats instead.
  C:\FPWorks\Nu\Nu\Nu\Overlay.fs(116):    // TODO: see if this can be decomposed
  C:\FPWorks\Nu\Nu\Nu\Assets.fs(28):/// TODO: consider if we could / should use a TypeCarrier (phantom type) here.
  C:\FPWorks\Nu\Nu\Nu\Assets.fs(200):    /// TODO: test this function!
  C:\FPWorks\Nu\Nu\Nu\Assets.fs(241):    /// TODO: test this function!
  C:\FPWorks\Nu\Nu\Nu\Physics.fs(538):    /// TODO: see if AlgebraicConverter can be used here instead of this shitty custom syntax.

bryanedds

namespace Marvel
open System
open System.Diagnostics
open System.Threading
open System.Threading.Tasks
open Marvel

/// The 'Vsync' (AKA, 'Variable Synchrony') monad.
/// Runs code synchronously when the 'Venom/System/Sync' Consul variable is 'True', in parallel otherwise.
/// NOTE: to reference how all this stuff works in F#, see here - https://msdn.microsoft.com/en-us/library/dd233182.aspx