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feat: add project brief and technical context documentation for Neovim configuration 

Signed-off-by: juliano.barbosa <julianomb@gmail.com>
This commit is contained in:
Juliano Barbosa 2025-02-22 13:04:03 -03:00
parent 76edf81b0a
commit 8a97b669ab
7 changed files with 226 additions and 177 deletions
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memory-bank/activeContext.md
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# Current Session Context # Neovim Configuration Active Context
*Last Updated: 2025-02-18 18:31*
## Current State ## Current Session Context
- Working on mode_manager plugin integration [2024-02-22 13:00] Initial Memory Bank setup
- Focusing on proper plugin specification and initialization
- Implementing enhanced mode state management system
## Recent Changes ## Recent Changes
- Created backup branch of pre-rollback state - Created Memory Bank structure
- Rolled back codebase to v0.1.0 tag - Initialized core documentation files
- Previous state preserved in backup branch - Established project organization
- Started mode_manager plugin implementation
## Active Decisions
1. Using Memory Bank for configuration documentation
2. Following Kickstart.nvim's modular approach
3. Implementing comprehensive LSP integration
4. Using mode-based workflow with persistent Plan/Act toggle
5. Implementing enhanced mode state management system
## Current Focus ## Current Focus
- Implementing mode_manager plugin properly - Setting up base configuration structure
- Resolving plugin specification issues - Documenting existing setup
- Setting up proper initialization hooks - Planning plugin organization
- Integrating with custom_statusline
## Active Decisions
1. Using modular Lua configuration
2. Implementing lazy plugin loading
3. Organizing debug capabilities
## Next Steps
1. Review existing plugin configurations
2. Document current plugin setup
3. Evaluate debug integration
4. Plan performance optimizations
## Open Questions ## Open Questions
- What were the key changes between v0.1.0 and the rolled back state? 1. Which plugins need custom configurations?
- Which features need to be reimplemented or reconsidered? 2. Are there any performance bottlenecks?
- How to prevent future need for rollbacks? 3. What debug adapters are required?
- How to best structure the mode_manager plugin initialization? 4. How to optimize startup time?
## Implementation Notes
- Need to document plugin dependencies
- Consider startup performance
- Review debug configuration needs
- Plan LSP server setup

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memory-bank/productContext.md
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# Project Overview: Neovim Configuration # Neovim Configuration Product Context
## Purpose ## Purpose
This project is a personal Neovim configuration based on Kickstart.nvim framework, designed to provide a powerful yet maintainable development environment. This Neovim configuration exists to provide a powerful, customizable development environment that enhances productivity through modern editor features and efficient workflow patterns.
## Goals ## Problems Solved
1. Create a productive and efficient development environment 1. Complex plugin management
2. Maintain a clean and organized configuration structure 2. Development environment setup time
3. Support multiple programming languages 3. Code navigation efficiency
4. Provide essential IDE-like features through LSP integration 4. Debug workflow integration
5. Configuration maintainability
## Key Features ## Intended Usage
- LSP integration for multiple languages - Primary development environment for coding
- Fuzzy finding with Telescope - Plugin management through Lua modules
- Git integration - Integrated debugging capabilities
- Code formatting and linting - Efficient code navigation and completion
- Syntax highlighting with Treesitter - Custom keybindings and commands
- Completion with nvim-cmp
## User Experience Goals ## User Experience Goals
- Fast and responsive editing 1. Fast and responsive editing
- Intuitive keybindings 2. Intuitive plugin management
- Clear visual feedback 3. Clear error feedback
- Minimal configuration needed for basic use 4. Efficient code navigation
5. Seamless debugging experience
6. Easy configuration updates
## Design Principles
1. Modularity: Separate concerns for easier maintenance
2. Performance: Optimize for speed and responsiveness
3. Clarity: Clear structure and documentation
4. Extensibility: Easy to add new features
5. Reliability: Stable and predictable behavior

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memory-bank/progress.md
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# Progress Update # Neovim Configuration Progress
## Current Status ## Current Status
Working on mode_manager plugin implementation with enhanced state management. [2024-02-22 13:01] Memory Bank initialization
## Completed Tasks ### What Works
1. System rollback to v0.1.0 - Basic directory structure
- Created backup branch - Core documentation setup
- Successfully rolled back to stable version - Initial project organization
- Preserved previous state
2. Architecture Planning ### In Progress
- Defined enhanced mode state management system 1. Documentation of existing setup
- Documented implementation phases 2. Plugin configuration review
- Established integration patterns 3. Debug capability assessment
## In Progress ### Known Issues
1. Mode Manager Plugin Implementation: - Need to document current plugin dependencies
- Converting mode_manager.lua into proper plugin structure - Debug configuration needs review
- Setting up initialization hooks - Performance optimization opportunities
- Implementing state persistence layer - LSP setup documentation needed
- Adding event system foundations
2. Integration Work:
- Configuring plugin specification in init.lua
- Setting up custom_statusline integration
- Implementing mode-aware functionality
## Next Steps ## Next Steps
1. Complete core state management implementation
2. Add event system with hooks and queuing
3. Implement persistence layer with versioning
4. Set up plugin and UI integration components
## Technical Requirements ### Short Term
- Proper plugin specification format 1. Review and document current plugin setup
- Local plugin integration 2. Assess debug integration status
- Correct module initialization 3. Document LSP configuration
- State persistence mechanisms 4. Map performance bottlenecks
- Event handling system
- Integration interfaces ### Medium Term
1. Optimize plugin loading
2. Enhance debug capabilities
3. Improve LSP integration
4. Add custom keybindings
### Long Term
1. Create comprehensive documentation
2. Implement performance improvements
3. Extend debug functionality
4. Enhance plugin ecosystem
## Completed Work
[2024-02-22]
- Created Memory Bank structure
- Initialized core documentation
- Established project organization

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memory-bank/projectbrief.md Normal file
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# Neovim Configuration Project Brief
## Project Overview
Custom Neovim configuration project focused on creating an optimized, maintainable, and feature-rich development environment using Lua.
## Core Requirements
1. Modular plugin management
2. Efficient code navigation and editing
3. Debugging capabilities
4. Code completion and LSP support
5. Clean and maintainable configuration structure
## Project Goals
- Create a well-organized Neovim configuration
- Implement efficient plugin management
- Establish consistent coding patterns
- Enable debugging capabilities
- Maintain documentation for future reference
## Success Criteria
1. Working plugin system
2. Functional debugging setup
3. Clear configuration structure
4. Documented setup and usage
5. Maintainable codebase

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memory-bank/systemPatterns.md
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# System Architecture & Patterns # Neovim Configuration System Patterns
## Core Architecture ## Architecture Overview
- Plugin management via lazy.nvim
- LSP-based intellisense and code navigation
- Event-driven configuration loading
- Modular plugin configuration
- Enhanced mode state management system
## Key Design Patterns ### Directory Structure
```
.
├── init.lua # Main entry point
├── lua/
│ ├── custom/ # Custom configurations
│ │ └── plugins/ # Plugin-specific settings
│ └── kickstart/ # Core functionality
│ └── plugins/ # Plugin management
```
1. Mode Management ## Design Patterns
- Advanced state persistence
- Event-driven mode transitions
- Mode-specific context preservation
- Pre/post mode change hooks
- Mode validation system
- Mode-specific settings store
2. Event System ### Plugin Management
- Hierarchical event handling - Module-based plugin organization
- Event queueing mechanism - Lazy loading for performance
- Async event processing - Plugin-specific configuration isolation
- Event prioritization - Conditional plugin loading
- Mode-specific event handlers
3. Persistence Layer ### Configuration Patterns
- Versioned state storage 1. Modular Configuration
- State migration system - Separate files for different concerns
- Corruption detection - Clear dependency management
- Fallback mechanisms - Isolated plugin configurations
- Incremental state updates
4. Integration Patterns 2. Event-Driven Setup
- Mode-aware plugin system - Lazy plugin loading
- LSP integration with mode context - Event-based initialization
- Buffer grouping by mode - Conditional feature enabling
- Window layout persistence
- Mode-specific UI elements
5. Configuration Patterns 3. Error Handling
- Centralized keybinding management - Protected calls for plugin setup
- Plugin-specific configuration in separate modules - Fallback configurations
- Default options set through vim.opt - Clear error reporting
- Autocmd groups for event handling
- Mode-specific settings and behaviors
6. LSP Integration ## Component Relationships
- Mason for LSP server management 1. Core System
- Uniform LSP configuration across languages - init.lua loads core modules
- Shared capabilities for completion - Establishes basic editor settings
- Mode-specific language server configurations - Sets up plugin management
7. Component Relationships 2. Plugin System
- Mode Manager ↔ Event System - Managed through lua/custom/plugins
- Event System ↔ Persistence Layer - Isolated plugin configurations
- Mode Manager ↔ Status Line - Dependency handling
- LSP ↔ Mode Context
- Buffer Groups ↔ Mode State
- Window Layout ↔ Mode State
- Plugins ↔ Mode Context
## Implementation Standards 3. Debug Integration
- Lua for all configuration - Separate debug configuration
- Consistent error handling - Language-specific adapters
- Modular plugin organization - Custom debug commands
- Clear separation of concerns
- Mode-aware functionality ## Technical Decisions
- State validation 1. Lua-based configuration for:
- Event-driven architecture - Better performance
- Robust error recovery - More powerful customization
- Configuration versioning - Cleaner syntax
- Context preservation
2. Modular structure for:
- Easier maintenance
- Better organization
- Simplified updates

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memory-bank/techContext.md
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# Technical Context # Neovim Configuration Technical Context
## Core Technologies ## Technologies Used
- Neovim (Text Editor)
- Lua (Configuration Language)
- Lazy.nvim (Plugin Manager)
## Major Dependencies ### Core
1. LSP Servers & Tools - Neovim (>= 0.8.0)
- lua_ls - Lua (>= 5.1)
- gopls - Git (for plugin management)
- pyright
- terraform-ls
- and many others managed by Mason
2. Key Plugins ### Plugin Management
- nvim-lspconfig: LSP configuration - lazy.nvim (plugin manager)
- telescope.nvim: Fuzzy finder - LSP configurations
- nvim-treesitter: Syntax highlighting - Treesitter for syntax
- nvim-cmp: Completion engine - Debug Adapter Protocol (DAP)
- conform.nvim: Code formatting
- which-key.nvim: Keybinding help
- mini.nvim: Collection of utilities
## Development Setup ## Development Setup
- Uses the Kickstart.nvim framework as base
- Nerd Font required for icons ### Requirements
- Python 3 support configured 1. Neovim installation
- Git integration via fugitive and gitsigns 2. Git for plugin management
3. Language servers for LSP
4. Compilation tools for Treesitter
5. Debug adapters for debugging
### Configuration Structure
1. Main Configuration
- init.lua: Entry point
- lua/custom/: Custom configurations
- lua/kickstart/: Core functionality
2. Plugin Management
- Lazy-loaded plugins
- Plugin-specific settings
- Custom plugin configurations
## Technical Constraints ## Technical Constraints
- Dependent on external LSP servers
- Requires Neovim 0.8.0 or higher
- Some features require system dependencies (make, git)
- Terminal with true color support recommended
## Configuration Structure ### Performance
``` - Lazy loading required for plugins
. - Careful management of startup time
├── init.lua (Main configuration) - Efficient event handling
└── lua/
├── kickstart/ ### Compatibility
│ └── plugins/ (Plugin-specific configs) - Neovim version requirements
└── custom/ - LSP server compatibility
└── plugins/ (Custom plugin configs) - Debug adapter requirements
### Dependencies
- External language servers
- System-level development tools
- Plugin-specific requirements
## Development Tools
1. LSP Servers
2. Debug Adapters
3. Treesitter Parsers
4. Code Formatters
5. Linters