ThirdPartyNinjas

//Usage:
//1) Save this file to disk.
//2) Load the target *.fla file in Flash.
//3) Commands | Run Command, Choose this file.
//4) Choose a target output folder, then sit back and wait.

fl.outputPanel.clear();

var outputScaleFactor = 2;

ThirdPartyNinjas

#include <stdio.h>

#define return return 1 +

int ReturnFour()
{
    return 4;
}

int main()

ThirdPartyNinjas

-- HUMAN RESOURCE MACHINE PROGRAM --

    BUMPUP   14
    BUMPUP   14
    COPYTO   17
    BUMPUP   14
    COPYTO   18
    BUMPUP   14
    COPYTO   15
    BUMPUP   14

ThirdPartyNinjas

using System;

namespace PiDay
{
	// The probability of two random numbers to be coprime is P = 6 / Pi^2
	// So let's generate a bunch of random numbers. Figure out how often they're coprime.
	// Use that percentage as our probabilty and solve for Pi.
	// Pi = sqrt(6 / P)

	// For more info, watch the video where I stole the idea: https://youtu.be/RZBhSi_PwHU

ThirdPartyNinjas

Instructions copied from here: http://www.mingw.org/wiki/HOWTO_Use_the_GCC_specs_file

1) Check for an existing gcc specs file in <mingw-root>/lib/gcc/mingw32/<gcc-version>

2) If it doesn't exist, generate one
cd <mingw-root>/lib/gcc/mingw32/<gcc-version>
gcc -dumpspecs > specs

3) Add to the top of the specs file
*local_prefix:

ThirdPartyNinjas

using System.Collections;
using System.Collections.Generic;

namespace Memento
{
    public class Coroutine
    {
        public bool Paused { get; set; }

        internal void Reset(IEnumerator routine)

ThirdPartyNinjas

using Microsoft.Xna.Framework.Audio;
using System;

namespace Fenix.Audio
{
    public class Vorbis : IDisposable
    {
        public int Channels { get; private set; }
        public int SampleRate { get; private set; }
        public float Duration { get; private set; }

ThirdPartyNinjas

using System;
using System.Collections.Generic;

public class ShuffleBag<T>
{
    public ShuffleBag() : this(-1) { }
    
    public ShuffleBag(Int32 seed)
    {
        if(seed < 0)

ThirdPartyNinjas

// Note: Experimental code, probably not production useful!

// Get a unique identifier based on the type, without modifying the type
// This will be unique for the runtime of the program, but is based on execution
// order, so it will possibly change the next time the program runs.
// Don't serialize it!

using UniqueIdType = uint64_t;

struct UniqueIdBase