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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
*Last Updated: 2025-02-18 18:31*
# Neovim Configuration Active Context
## Current State
- Working on mode_manager plugin integration
- Focusing on proper plugin specification and initialization
- Implementing enhanced mode state management system
## Current Session Context
[2024-02-22 13:00] Initial Memory Bank setup
## Recent Changes
- Created backup branch of pre-rollback state
- Rolled back codebase to v0.1.0 tag
- Previous state preserved in backup branch
- 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
- Created Memory Bank structure
- Initialized core documentation files
- Established project organization
## Current Focus
- Implementing mode_manager plugin properly
- Resolving plugin specification issues
- Setting up proper initialization hooks
- Integrating with custom_statusline
- Setting up base configuration structure
- Documenting existing setup
- Planning plugin organization
## 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
- What were the key changes between v0.1.0 and the rolled back state?
- Which features need to be reimplemented or reconsidered?
- How to prevent future need for rollbacks?
- How to best structure the mode_manager plugin initialization?
1. Which plugins need custom configurations?
2. Are there any performance bottlenecks?
3. What debug adapters are required?
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
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
1. Create a productive and efficient development environment
2. Maintain a clean and organized configuration structure
3. Support multiple programming languages
4. Provide essential IDE-like features through LSP integration
## Problems Solved
1. Complex plugin management
2. Development environment setup time
3. Code navigation efficiency
4. Debug workflow integration
5. Configuration maintainability
## Key Features
- LSP integration for multiple languages
- Fuzzy finding with Telescope
- Git integration
- Code formatting and linting
- Syntax highlighting with Treesitter
- Completion with nvim-cmp
## Intended Usage
- Primary development environment for coding
- Plugin management through Lua modules
- Integrated debugging capabilities
- Efficient code navigation and completion
- Custom keybindings and commands
## User Experience Goals
- Fast and responsive editing
- Intuitive keybindings
- Clear visual feedback
- Minimal configuration needed for basic use
1. Fast and responsive editing
2. Intuitive plugin management
3. Clear error feedback
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
Working on mode_manager plugin implementation with enhanced state management.
[2024-02-22 13:01] Memory Bank initialization
## Completed Tasks
1. System rollback to v0.1.0
- Created backup branch
- Successfully rolled back to stable version
- Preserved previous state
### What Works
- Basic directory structure
- Core documentation setup
- Initial project organization
2. Architecture Planning
- Defined enhanced mode state management system
- Documented implementation phases
- Established integration patterns
### In Progress
1. Documentation of existing setup
2. Plugin configuration review
3. Debug capability assessment
## In Progress
1. Mode Manager Plugin Implementation:
- Converting mode_manager.lua into proper plugin structure
- Setting up initialization hooks
- Implementing state persistence layer
- Adding event system foundations
2. Integration Work:
- Configuring plugin specification in init.lua
- Setting up custom_statusline integration
- Implementing mode-aware functionality
### Known Issues
- Need to document current plugin dependencies
- Debug configuration needs review
- Performance optimization opportunities
- LSP setup documentation needed
## 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
- Proper plugin specification format
- Local plugin integration
- Correct module initialization
- State persistence mechanisms
- Event handling system
- Integration interfaces
### Short Term
1. Review and document current plugin setup
2. Assess debug integration status
3. Document LSP configuration
4. Map performance bottlenecks
### 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
- Plugin management via lazy.nvim
- LSP-based intellisense and code navigation
- Event-driven configuration loading
- Modular plugin configuration
- Enhanced mode state management system
## Architecture Overview
## 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
- Advanced state persistence
- Event-driven mode transitions
- Mode-specific context preservation
- Pre/post mode change hooks
- Mode validation system
- Mode-specific settings store
## Design Patterns
2. Event System
- Hierarchical event handling
- Event queueing mechanism
- Async event processing
- Event prioritization
- Mode-specific event handlers
### Plugin Management
- Module-based plugin organization
- Lazy loading for performance
- Plugin-specific configuration isolation
- Conditional plugin loading
3. Persistence Layer
- Versioned state storage
- State migration system
- Corruption detection
- Fallback mechanisms
- Incremental state updates
### Configuration Patterns
1. Modular Configuration
- Separate files for different concerns
- Clear dependency management
- Isolated plugin configurations
4. Integration Patterns
- Mode-aware plugin system
- LSP integration with mode context
- Buffer grouping by mode
- Window layout persistence
- Mode-specific UI elements
2. Event-Driven Setup
- Lazy plugin loading
- Event-based initialization
- Conditional feature enabling
5. Configuration Patterns
- Centralized keybinding management
- Plugin-specific configuration in separate modules
- Default options set through vim.opt
- Autocmd groups for event handling
- Mode-specific settings and behaviors
3. Error Handling
- Protected calls for plugin setup
- Fallback configurations
- Clear error reporting
6. LSP Integration
- Mason for LSP server management
- Uniform LSP configuration across languages
- Shared capabilities for completion
- Mode-specific language server configurations
## Component Relationships
1. Core System
- init.lua loads core modules
- Establishes basic editor settings
- Sets up plugin management
7. Component Relationships
- Mode Manager ↔ Event System
- Event System ↔ Persistence Layer
- Mode Manager ↔ Status Line
- LSP ↔ Mode Context
- Buffer Groups ↔ Mode State
- Window Layout ↔ Mode State
- Plugins ↔ Mode Context
2. Plugin System
- Managed through lua/custom/plugins
- Isolated plugin configurations
- Dependency handling
## Implementation Standards
- Lua for all configuration
- Consistent error handling
- Modular plugin organization
- Clear separation of concerns
- Mode-aware functionality
- State validation
- Event-driven architecture
- Robust error recovery
- Configuration versioning
- Context preservation
3. Debug Integration
- Separate debug configuration
- Language-specific adapters
- Custom debug commands
## Technical Decisions
1. Lua-based configuration for:
- Better performance
- More powerful customization
- Cleaner syntax
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
- Neovim (Text Editor)
- Lua (Configuration Language)
- Lazy.nvim (Plugin Manager)
## Technologies Used
## Major Dependencies
1. LSP Servers & Tools
- lua_ls
- gopls
- pyright
- terraform-ls
- and many others managed by Mason
### Core
- Neovim (>= 0.8.0)
- Lua (>= 5.1)
- Git (for plugin management)
2. Key Plugins
- nvim-lspconfig: LSP configuration
- telescope.nvim: Fuzzy finder
- nvim-treesitter: Syntax highlighting
- nvim-cmp: Completion engine
- conform.nvim: Code formatting
- which-key.nvim: Keybinding help
- mini.nvim: Collection of utilities
### Plugin Management
- lazy.nvim (plugin manager)
- LSP configurations
- Treesitter for syntax
- Debug Adapter Protocol (DAP)
## Development Setup
- Uses the Kickstart.nvim framework as base
- Nerd Font required for icons
- Python 3 support configured
- Git integration via fugitive and gitsigns
### Requirements
1. Neovim installation
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
- 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
```
.
├── init.lua (Main configuration)
└── lua/
├── kickstart/
│ └── plugins/ (Plugin-specific configs)
└── custom/
└── plugins/ (Custom plugin configs)
### Performance
- Lazy loading required for plugins
- Careful management of startup time
- Efficient event handling
### Compatibility
- Neovim version requirements
- LSP server compatibility
- 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