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Lua scripts may load extension modules using require, [20] just like modules written in Lua itself, or with package.loadlib. [22] When a C library is loaded via require ( 'foo' ) Lua will look for the function luaopen_foo and call it, which acts as any C function callable from Lua and generally returns a table filled with methods.
This program creates a Lua state, passes the Lua state to IUPLua for initialization, and then opens and executes a Lua script against the Lua state. Or, the entire IUP state can be dynamically loaded via use of a Lua require or package.loadlib of IUPLua. The script(s) can later be compiled with the Lua compiler if needed.
C++: 1999 Lua, Marathon markup language Yes 2.5D Windows, Linux, macOS: Aleph One (Marathon remake) GPL-3.0-or-later: FPS engine Amazon Lumberyard: C++: 2015 Lua: Yes 3D PlayStation 4, Xbox One, Windows: New World: Proprietary: The software is free to download and use, however, it works closely with Amazon services. Anvil: C++, C#: 2009 Yes 3D
LuaJIT, a just-in-time implementation of Lua, has an FFI that allows "calling external C functions and using C data structures from pure Lua code". [4] [5]: 35 Nim has an FFI which enables it to use source from C, C++, and Objective-C. It can also interface with JavaScript.
Torch is an open source deep learning library for Lua. Varnish can execute Lua scripts in the request process by extending VCL through the Lua VMOD (Varnish module). [32] Vim has Lua scripting support starting with version 7.3. [33] VLC media player uses Lua to provide scripting support. Warframe uses Lua for HUD purposes and several other UI ...
Lutro is a Lua game framework for libretro, a partial port of the LÖVE [40] API. ChaiLove follows a similar path by offering an implementation in ChaiScript, an embedded and cross-platform scripting language for C++ (C++14). [41] love.js is a port of LÖVE that aims to make it possible to run LÖVE games on the web via HTML5, WebGL, and ...
This text calls the Lua script itself, which is housed in the Module: namespace. The effect of this call is to send the information within the #invoke block to the Lua module, and to replace everything within the brackets with a piece of text that it sends back in return. (Literally, in the "return" statement)
So, much of what these books explain about Lua standard library functions and variables that come with the language is either irrelevant or untrue here. The original API specification — the Lua standard library functions and variables that are supposed to be available in modules — is given at MW:Extension:Scribunto/API specification ...