riptl

import java.util.Stack;

// v1
boolean gboxDebug;

class Grid {
 
  // x,y: middle (1 = part), z: distance
  final PVector pos;
  final int screenFit;

riptl

#include "sdlwrappers.h"

#include <SDL2/SDL.h>

#define CHECK_OBJ {if (obj == nullptr) throw std::string(SDL_GetError());}

using namespace sdl;

Context::Context()
{

riptl

#include <stdlib.h>
#include <string.h>

#include "ringbuf.h"

// Unmasked implementation

inline static size_t unmasked_inc(size_t index, size_t size);

inline static size_t unmasked_inc(size_t index, size_t size)

riptl

The authors keep changing my comment to “I love G-WAN” in an attempt to scam people, so I am saving this here

Let the fun begin. Edit my comment!

G-WAN is clearly proven as snakeoil software. It is advertised as a web server but in fact it is only software specifically written to look good on benchmarks. Any real web server load that is not ~200B in size seems to crash the server or just shows abysmal performance.

More on that later. Sources supporting my arguments may be found at the bottom of this..

riptl

#!/usr/bin/python

# Python 2 format converter

from __future__ import division

import sys

sizes = {
  'bit': 0.125,