# Neovim Configuration Technical Context ## Technologies Used 1. Core Technologies: - Neovim - Core editor - Lua - Configuration language - Kickstart Framework - Configuration foundation - lazy.nvim - Plugin manager 2. LSP Technologies: - mason.nvim - LSP/DAP/Linter manager - nvim-lspconfig - LSP configuration - nvim-cmp - Completion engine - LuaSnip - Snippet engine 3. Development Tools: - nvim-dap - Debug Adapter Protocol - nvim-lint - Linting framework - nvim-treesitter - Syntax highlighting - nvim-autopairs - Auto-pairing - telescope.nvim - Fuzzy finding ## Development Setup 1. Required Components: - Neovim >= 0.8.0 - Git for plugin management - Lua >= 5.1 - Python 3.11.9 (configured for Neovim) - (Optional) Nerd Font for icons 2. Language Support Dependencies: - Language servers (managed by mason.nvim) - Debug adapters (managed by mason-nvim-dap) - Linters (managed by mason-nvim-lint) ## Technical Constraints 1. Performance Considerations: - Lazy loading for improved startup time - Event-based plugin loading - Efficient LSP configuration 2. System Requirements: - Sufficient memory for LSP servers - Storage space for installed tools - Compatible terminal emulator 3. Integration Limitations: - LSP server availability - Debug adapter compatibility - Linter tool requirements ## Configuration Architecture 1. Plugin Management: - Lazy loading based on events/commands - Clear dependency specifications - Plugin-specific configurations 2. Language Support: - Extensive LSP server configurations - Language-specific formatters - Custom debugging setups 3. User Interface: - Terminal-based UI - Status line integration - Diagnostic displays - Debug UI integration ## Tool Configuration 1. Debug Adapters: - delve for Go - debugpy for Python - Custom keymaps (F1-F7, leader keys) 2. Linters: - dockerfile: hadolint - json: jsonlint - markdown: markdownlint - python: pylint - terraform: tflint 3. Formatters: - Managed through conform.nvim - Language-specific formatting tools - Format-on-save capabilities