Open Source Lua Software Development Software - Page 12

Pymple adds missing common Python IDE features for Neovim when dealing with imports. Refactor Python imports on file move/rename in Neovim.

refactoring.nvim is a Neovim plugin developed to bring powerful automated code refactoring capabilities to one of the most popular text editors among programmers, giving developers a suite of refactoring operations that streamline repetitive restructuring tasks inside the editor. Built around an intuitive set of commands and a Lua API, the plugin allows users to extract and inline variables or functions, pull blocks of code into new files, and modify code structure without leaving the comfort of Neovim’s modal interface. It integrates with built-in Neovim selection modes and can work with third-party tools like Telescope to present refactoring options quickly, enabling rapid transformation of code patterns. Beyond pure refactor actions, the plugin includes debugging helpers that insert print statements or remove them, aiding developers in tracing program flow and inspecting variable states as part of iterative development.

Show register content when you try to access it in Neovim. Written in Lua. This plugin adds an interactive and visually pleasing UI for selecting what register item to paste or use next. It offers basic syntax highlighting, a preview, and an equally (if not more) efficient experience using Neovim registers. One simply uses " or CtrlR as one would normally, and then enjoys the benefit of seeing the contents of all filled registers without having to use the :reg command beforehand. It essentially removes an annoying step in using Neovim registers (checking where a specific item is, which register you might have used earlier, etc.), and lets you increase your efficiency while also increasing Neovim’s aesthetic.

Neovim plugin management inspired by Cargo, powered by luarocks. rocks.nvim revolutionizes Neovim plugin management by streamlining the way users and developers handle plugins and dependencies. Integrating directly with luarocks, this plugin offers an automated approach that shifts the responsibility of specifying dependencies and build steps from users to plugin authors. The traditional approach to Neovim plugin management often places an unjust burden on users, by requiring them to declare dependencies and build instructions manually.

sbdiff is a frontend for (GNU) diff. It compares files and directories line by line, outputs the files side-by-side in two columns and colorizes the differences. Because it is a console application, no GUI is necessary.

A declarative, highly configurable, and neovim style tabline plugin. Use your nvim tabs as a workspace multiplexer. Compatibility has always been a key consideration for tabby.nvim. Since its inception during the Neovim 0.5 era, the landscape of plugin management and semantic versioning has not been widely adopted; hence, we have made every effort to maintain backward compatibility with each release. A tab page in vim holds one or more windows(not buffers). You can easily switch between tab pages to have several collections of windows to work on different things. Tabline can help you use multiple tabs. Meanwhile, the bufferline is simply an array of opened files. As a result, Bufferline limits the power of vim, especially when editing a large workspace with many opened files.

Gaze deeply into unknown regions using the power of the moon. telescope.nvim is a highly extendable fuzzy finder over lists. Built on the latest awesome features from neovim core. Telescope is centered around modularity, allowing for easy customization. Community-driven builtin pickers, sorters and reviewers. We also suggest you install one native telescope sorter to significantly improve sorting performance. Take a look at either telescope-fzf-native.nvim or telescope-fzy-native.nvim. For more information and performance, benchmark take a look at the Extensions wiki. It is suggested to either use the latest release tag or our release branch (which will get consistent updates) 0.1.x. Make sure you call :checkhealth telescope after installing telescope to ensure everything is set up correctly. After this setup you can continue reading here or switch to :help telescope to get an understanding of how to use Telescope and how to configure it.

Tibula is a powerful and flexible web-based Relational Database Management System (RDBMS) that allows for dynamic table and field customization. With an intuitive web interface for data interaction and the ability to easily organize and customize your database structure.

The torch-rnn project is a lightweight and efficient implementation of recurrent neural networks built on the Torch framework, focusing on flexibility and reusability for sequence modeling tasks. It provides implementations of standard RNNs and long short-term memory networks, enabling users to train models for tasks such as text generation, language modeling, and sequence prediction. The repository emphasizes simplicity and performance, offering a streamlined pipeline for preprocessing data, training models, and sampling outputs. It includes tools for handling datasets, converting text into structured formats, and managing checkpoints during training. By leveraging Torch’s modular design, the project allows users to experiment with different architectures and hyperparameters with minimal overhead. It is particularly useful for researchers and developers interested in understanding how recurrent models work at a low level.

OpenFrag is an Open Source, multi-platform game. It plays in a medieval environment where Orcs and Humans fight to the death in a multiplayer session. Compile instructions and dependencies can be found on the following wiki page: http://wiki.openfrag.org

nlua -- namespace Lua. nlua provides a C++ binding to Lua. The API is simple and reads like the C++ version of Lua`s official C-API.

Shiny is a lightning fast, fully documented & by-far-easiest-to-use C/C++/Lua profiler with no extensive surgery. Results are smoothed & shown in run-time as a call-tree or sorted-by-time. Output also renderable as graphs in Ogre3D or your custom engine