LuaXML is a pure Lua library for reading and serializing XML files. The current release is aimed mainly at support for the odsfile package.

The cqueues extension module for Lua implements an event loop that operates through the yielding and resumption of coroutines. It is designed to be non-intrusive, composable, and embeddable within existing applications.

The cqueues extension module for Lua implements an event loop that operates through the yielding and resumption of coroutines. It is designed to be non-intrusive, composable, and embeddable within existing applications.

LuaFileSystem is a Lua library developed to complement the set of functions related to file systems offered by the standard Lua distribution. LuaFileSystem offers a portable way to access the underlying directory structure and file attributes.

This package provides underlining, strikethough, and highlighting using features in LuaLaTeX which avoid the restrictions imposed by other methods. In particular, kerning is not affected, the underlined text can use arbitrary commands, hyphenation works etc.

The luaset package is developed to define finite sets and perform operations on them inside LaTeX documents. There is no particular environment in the package for performing set operations. The package commands can be used in any environment (including the mathematics environment). It is written in Lua, and the .tex file is to be compiled with the LuaLaTeX engine.

SLURM is a fault-tolerant and highly scalable cluster management and job scheduling system for large and small clusters. It allocates access to resources (computer nodes) to users for some duration of time, provides a framework for starting, executing, and monitoring work (typically a parallel job) on a set of allocated nodes, and arbitrates contention for resources by managing a queue of pending work.

Using Lua, the luagcd package is developed to find the greatest common divisor (gcd) of integers in LaTeX. The package provides commands to obtain step-by-step computation of gcd of two integers by using the Euclidean algorithm. In addition, the package has the command to express gcd of two integers as a linear combination. The Bezout's Identity can be verified for any two integers using commands in the package.

This package provides a portable computer algebra system capable of symbolic computation, written entirely in Lua, designed for use in LuaLaTeX. Its features are: arbitrary-precision integer and rational arithmetic, factoring of univariate polynomials over the rationals and finite fields, number theoretic algorithms, symbolic differentiation and integration, and more. The target audience for this package are mathematics students, instructors, and professionals who would like some ability to perform basic symbolic computations within LaTeX without the need for laborious and technical setup.

LuaTeX is an extended version of pdfTeX using Lua as an embedded scripting language. The LuaTeX project's main objective is to provide an open and configurable variant of TeX while at the same time offering downward compatibility. LuaTeX uses Unicode (as UTF-8) as its default input encoding, and is able to use modern (OpenType) fonts (for both text and mathematics). It should be noted that LuaTeX is still under development; its specification has been declared stable, but absolute stability may not in practice be assumed.

lua-mode provides support for editing Lua, including automatic indentation, syntactical font-locking, running interactive shell, Flymake checks with luacheck, interacting with `hs-minor-mode and online documentation lookup. The following variables are available for customization (see more via `M-x customize-group lua`): - Var `lua-indent-level': indentation offset in spaces - Var `lua-indent-string-contents': set to `t` if you like to have contents of multiline strings to be indented like comments - Var `lua-indent-nested-block-content-align': set to `nil to stop aligning the content of nested blocks with the open parenthesis - Var `lua-indent-close-paren-align': set to `t to align close parenthesis with the open parenthesis, rather than with the beginning of the line - Var `lua-mode-hook': list of functions to execute when lua-mode is initialized - Var `lua-documentation-url': base URL for documentation lookup - Var `lua-documentation-function': function used to show documentation (`eww` is a viable alternative for Emacs 25) These are variables/commands that operate on the Lua process: - Var `lua-default-application': command to start the Lua process (REPL) - Var `lua-default-command-switches': arguments to pass to the Lua process on startup (make sure `-i` is there if you expect working with Lua shell interactively) - Cmd `lua-start-process': start new REPL process, usually happens automatically - Cmd `lua-kill-process': kill current REPL process These are variables/commands for interaction with the Lua process: - Cmd `lua-show-process-buffer': switch to REPL buffer - Cmd `lua-hide-process-buffer': hide window showing REPL buffer - Var `lua-always-show': show REPL buffer after sending something - Cmd `lua-send-buffer': send whole buffer - Cmd `lua-send-current-line': send current line - Cmd `lua-send-defun': send current top-level function - Cmd `lua-send-region': send active region - Cmd `lua-restart-with-whole-file': restart REPL and send whole buffer To enable on-the-fly linting, make sure you have the luacheck program installed (available from luarocks) and activate `flymake-mode'. See "M-x apropos-command ^lua-" for a list of commands. See "M-x customize-group lua" for a list of customizable variables.

This package provides Lua module for nonblocking system shell command executions.

This package provides a Lua grammar for the Tree-sitter library.

The package attempts to emulate the XeTeX bidi package, in the context of LuaTeX.

Libmpack is a small binary serialization and RPC library that implements both the msgpack and msgpack-rpc specifications.

Libmpack is a small binary serialization and RPC library that implements both the msgpack and msgpack-rpc specifications.

This package provides a Lua module that can parse key-value options like the TeX packages keyval, kvsetkeys, kvoptions, xkeyval, pgfkeys, etc.

The package is an update of the author's sseq package, for use with LuaLaTeX. This version uses less memory, and operates faster than the original; it also offers several enhancements.

Lualibs is a collection of Lua modules useful for general programming. The bundle is based on lua modules shipped with ConTeXt, and made available in this bundle for use independent of ConTeXt.

LuaRocks is the package manager for the Lua programming language.

It allows you to install Lua modules as self-contained packages called rocks, which also contain version dependency information. This information can be used both during installation, so that when one rock is requested all rocks it depends on are installed as well, and also optionally at run time, so that when a module is required, the correct version is loaded. LuaRocks supports both local and remote repositories, and multiple local rocks trees.

The Lua-UCA library provides basic support for Unicode Collation Algorithm in Lua. It can be used to sort arrays of strings according to rules of particular languages. It can be used in other Lua projects that need to sort text in a language dependent way, like indexing processors, bibliographic generators, etc.

Executing Lua code from within TeX with directlua can sometimes be tricky: there is no easy way to use the percent character, counting backslashes may be hard, and Lua comments don't work the way you expect. The package provides the \luaexec command and the luacode environments to help with these problems.

The package computes and draws 2D Delaunay triangulation. The algorithm is written with Lua, and depending upon the choice of the engine, the drawing is done by MetaPost (with luamplib) or by TikZ. The Delaunay triangulation algorithm is the Bowyer and Watson algorithm. Several macros are provided to draw the global mesh, the set of points, or a particular step of the algorithm.

In some languages, like Czech or Polish, there should be no single letter words at the end of a line, according to typographical norms. This package handles such situations using LuaTeX's callback mechanism. In doing this, the package can detect languages used in the text and insert spaces only in parts of the document where languages requiring this feature are used. Another feature of this package is the inclusion of non-breakable space after initials (like in personal names), after or before academic degrees, and between numbers and units. The package supports both plain LuaTeX and LuaLaTeX.