3 repositorios
Non-blocking processing of language server requests to maintain editor responsiveness.
Distinct from Multi-Threaded Request Handling: Distinct from Multi-Threaded Request Handling: specifically targets the UI responsiveness of an editor rather than database or network throughput.
Explore 3 awesome GitHub repositories matching software engineering & architecture · Asynchronous Editor Query Handling. Refine with filters or upvote what's useful.
coq_nvim is an asynchronous code completion engine for Neovim. It aggregates suggestions from multiple sources, including language servers, tag files, and local buffers, to provide non-blocking code completion. The engine distinguishes itself through a typo-resistant fuzzy completion filter and a two-stage weighted ranking system that prioritizes candidates based on recency and proximity. It utilizes an embedded SQLite database for local caching and background symbol indexing to accelerate lookups without freezing the editor interface. The project also includes a system for defining and expa
Processes heavy completion data and indexing in the background via a concurrent scheduler to maintain editor responsiveness.
sourcekit-lsp is a language server protocol implementation and IDE code intelligence backend. It functions as a Swift language server and source code indexer, providing semantic analysis, autocomplete, and navigation features to compatible text editors. The project integrates directly with the Swift toolchain and SourceKit framework to deliver precise type information. It also leverages Clang-integrated parsing to provide semantic analysis for C-family languages, enabling cross-language navigation across project files. The server manages source code indexing and symbol lookups while using a
Implements non-blocking request handling to ensure the text editor remains responsive during heavy indexing tasks.
lspsaga.nvim is a Neovim LSP UI enhancement and floating window manager. It provides a visual system for presenting Language Server Protocol data through interactive overlays, serving as a code navigation tool and a refactoring interface. The project focuses on improving the interaction flow of LSP features by rendering documentation hovers, symbol definitions, and diagnostic data in floating windows. It distinguishes itself by integrating a floating window framework that also manages embedded terminal sessions for executing shell commands without leaving the editor workspace. The plugin cov
Handles non-blocking processing of language server requests to ensure the editor remains responsive during data retrieval.