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-- https://github.com/openresty/lua-tablepool
-- With slightly modifications.

local newtab = require "table.new"
local cleartab = require "table.clear"
local setmetatable = setmetatable


local _M = newtab(0, 2)
local max_pool_size = 200

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#!/bin/bash

# Usage:
#   v9-ffmpeg.sh 720 input.mp4
#   v9-ffmpeg.sh 720 input.mp4 output.webm
#
# Best usage for scaling down video OR just simply reencode video into WEBM.

# Change me.
OUTPUT_PREFIX=""

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-------------------------------------------------------------------------------
--- main.lua v0.2
-------------------------------------------------------------------------------
local main = {
	_VERSION = '0.2',
}

local arg, os, package, love, jit = arg, os, package, love, jit
local assert, pcall, require, tonumber, setmetatable, print =
	assert, pcall, require, tonumber, setmetatable, print

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#!/bin/bash
#
# Small and simple bash script that reencode video into 720p (any orientation).
# Required ffmpeg binary on OS's $PATH (on Windows %PATH%) or current working directory.
#
# You can run this on Windows under a POSIX subsystem (MSYS2, CygWin, Bash from Git for Windows)
#
# Usage:
#	720pify.sh ../video1.mp4 somedir/video2.mp4
#

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---@alias entity {} # also known as character/object/thing (unique)
---@aliss component.area { width: number, height: number } # a 2d object component, also known as size

---The component constructor/giver/assembler, I don't know, I don't really know.
---@type table<entity, component.area>|fun(width?: number, height?: number): c: component
return setmetatable({}, {
  -- stored as weak reference
  __mode = 'kv',

  ---@param list table<entity, component.size>

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---Replaces %1, %2 and so on in the passed string of the passed arguments.
---@param str string # The string pattern contains %1 to %9.
---@param ... any # Any types will be passed to tostring.
---@return string str # New formated replaced string.
---@return integer count # Number of operations.
local stringformat = function(str, ...)
	local tostring, select, gsub, t = tostring, select, string.gsub, {}
	for i = 1, select('#', ...) do
		t[tostring(i)] = tostring(select(i, ...))
	end

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pcall(require,"socket")

Scheduler = setmetatable({}, {
    __call = function(class)
        return setmetatable({
            threads = {},
        }, class)
    end
})
Scheduler.__index = Scheduler

gphg

:8080

# Points root onto remote's current working directory (as `caddy run` executed)
root * {os.Getwd}

# WebDAV access, requires custom Caddy build.
#@notget not method GET
#route @notget {
#        webdav
#}

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@ECHO off

@SET PATH=%~dp0vendor\love-11.4-win32;%PATH%
@SET PATH=%~dp0vendor\love-11.4-win64;%PATH%

@love %~dp0game.love %*

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#!/usr/bin/env python
# Taken from http://zulko.github.io/blog/2015/02/01/extracting-perfectly-looping-gifs-from-videos-with-python-and-moviepy/

import os
import sys

import moviepy.editor as mp
from moviepy.video.tools.cuts import FramesMatches

# Extends FramesMatches, the code is copied from source file then modified