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docs: update activeContext and progress documentation for clarity and completeness

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# Active Context
## Current State
- Memory Bank initialization completed.
- Base memory files created.
- Project structure and purpose documented.
## Current Work
- Initial Memory Bank documentation completed
- Project structure and requirements fully documented
- All core documentation files populated with comprehensive information
## Recent Changes
1. Created Memory Bank structure with essential files:
- `productContext.md`
- `techContext.md`
- `systemPatterns.md`
- `progress.md`
- `activeContext.md` (this file)
2. Documented:
- Project purpose and features.
- Technical stack and requirements.
- System architecture and patterns.
- Current progress and future plans.
- Populated all Memory Bank documentation files:
- productContext.md: Full Neovim IDE configuration requirements
- systemPatterns.md: Detailed architecture and implementation patterns
- techContext.md: Complete technical specifications and dependencies
- progress.md: Implementation roadmap and tracking
- Established comprehensive documentation framework
- Defined complete system architecture and patterns
- Specified all technical requirements and constraints
## Next Steps
1. Ready to accept tasks and modifications.
2. Will follow established patterns for any changes.
3. Will maintain documentation with each significant update.
1. Begin Implementation Phase 1: Core Setup
- Initialize base Neovim configuration
- Set up lazy.nvim plugin management
- Configure basic UI elements
- Implement key mapping framework
## Current Working Area
- Memory Bank is active and operational.
- Working directory: `c:/Repos.git/GitHub/kickstart.nvim.wip`
- Primary configuration file: `init.lua`
2. Prepare for Plugin Integration
- Install required dependencies
- Configure LSP infrastructure
- Set up completion system
- Implement file navigation
## Active Tasks
- [x] Initialize Memory Bank.
- [x] Document current state.
- [ ] Await further instructions.
3. Start Language Support Configuration
- Begin with core languages (Python, Lua)
- Configure language servers
- Set up debugging infrastructure
- Implement formatting tools
## Notes
- Project is a Neovim configuration framework.
- Uses Lua as the primary configuration language.
- Follows a modular architecture.
- Maintains a balance between features and simplicity.
4. Focus on Performance
- Implement lazy loading
- Optimize startup time
- Configure caching
- Monitor resource usage

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# Product Context
# Product Context: Neovim IDE Configuration
## Purpose
Kickstart.nvim is a Neovim configuration starting point designed to be:
- **Small and manageable**
- **Single-file based** (with modular options available)
- **Completely documented**
- **Educational and customizable**
## Why This Project Exists
This project aims to transform Neovim into a powerful, fully-featured Integrated Development Environment (IDE) that provides modern development capabilities while maintaining Neovim's core efficiency and extensibility. It serves developers who want the speed and flexibility of Neovim combined with the comprehensive features of traditional IDEs.
## Problems Solved
Kickstart.nvim addresses the following challenges:
1. **Quick Start**: Provides an easy entry point for new Neovim users without overwhelming them.
2. **Documentation**: Offers a well-documented foundation that users can learn from and modify.
3. **Simplified Setup**: Reduces the complexity of the initial Neovim setup.
4. **Balanced Features**: Strikes a balance between functionality and simplicity.
## Problems It Solves
1. Development Environment Integration
- Fragmented development tooling
- Inconsistent development experiences across languages
- Complex setup requirements for different programming languages
- Need for multiple editors/IDEs for different tasks
- Debugging Tools
## How It Works
Kickstart.nvim operates through the following steps:
1. **Cloning**: Users clone the repository into their Neovim configuration directory.
2. **Automatic Installation**: The configuration automatically installs `lazy.nvim`, the plugin manager.
3. **Core Features**: Loads core features through a well-documented `init.lua` file.
4. **Plugins System**: Additional features can be enabled through the plugins system.
5. **Customization**: Users can extend functionality with custom plugins located in `lua/custom/plugins/`.
2. Productivity Barriers
- Manual code completion and navigation
- Lack of integrated debugging capabilities
- Inefficient project management
- Limited language support
## Key Features
Kickstart.nvim includes the following key features:
1. **LSP Integration**: Supports Language Server Protocol for enhanced coding assistance.
2. **Syntax Highlighting**: Utilizes Treesitter for advanced syntax highlighting.
3. **Fuzzy Finding**: Includes Telescope for efficient fuzzy finding.
4. **Git Integration**: Provides seamless Git integration.
5. **Auto-completion**: Supports auto-completion for faster coding.
6. **File Navigation**: Facilitates easy file navigation.
7. **Custom Keymaps**: Allows custom key mappings for an improved workflow.
8. **Formatting Support**: Comes with built-in formatting support.
3. Configuration Management
- Complex plugin management
- Inconsistent keybindings
- Difficult maintenance of settings
- Performance optimization challenges
## How It Should Work
### Language Support
Comprehensive development support for:
- Python: Full LSP support, debugging, virtual environments
- Lua: Native integration, debugging, documentation
- Rust: Cargo integration, LSP, formatting
- Go: Go tools integration, testing support
- PowerShell: Scripting support, terminal integration
- Bash: Shell scripting, linting
- HTML/CSS: Preview, formatting, snippets
- PHP: Debug, testing, framework support
### Core Features
1. Intelligent Code Assistance
- Auto-completion with context awareness
- Real-time syntax highlighting
- LSP integration for all supported languages
- Inline code diagnostics and suggestions
2. Navigation & Management
- Advanced file navigation and search
- Project-wide search and replace
- Split windows and buffer management
- Integrated file explorer
3. Development Tools
- Integrated debugging support
- Git version control integration
- Built-in terminal emulator
- Code formatting and linting
4. Project Organization
- Project-specific settings
- Workspace management
- Session persistence
- Custom project templates
### Configuration Framework
1. Modular Organization
- Separate configuration files by function
- Plugin-specific configurations
- Language-specific settings
- User customization layer
2. Performance Optimization
- Lazy loading of plugins
- Conditional feature enabling
- Cache management
- Startup time optimization
3. User Experience
- Intuitive key mappings
- Customizable color schemes
- Informative status line
- Context-aware menus
4. Extensibility
- Plugin management system
- Custom commands framework
- User-defined autocommands
- Extension API support

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# Project Progress Report
# Progress Tracking
## What Works
### 1. Core Functionality
- ✅ Plugin management system (lazy.nvim)
- ✅ Basic Vim configurations
- ✅ Key mappings and shortcuts
- ✅ LSP integration
- ✅ Treesitter setup
### 2. Plugin Features
- ✅ Fuzzy finding (telescope.nvim)
- ✅ Git integration (gitsigns.nvim)
- ✅ Autocompletion (nvim-cmp)
- ✅ File navigation
- ✅ Status line
### 3. Development Tools
- ✅ LSP servers configuration
- ✅ Formatting setup
- ✅ Diagnostics
- ✅ Syntax highlighting
- ✅ Mason package management
### 4. Documentation
- ✅ Installation instructions
- ✅ Basic usage guide
- ✅ Configuration explanations
- ✅ Plugin documentation
- Memory Bank structure initialized
- Comprehensive documentation framework established
- Project requirements defined
- Technical architecture documented
- Core plugin selection completed
- Development environment specifications outlined
## What's Left to Build
1. Core Configuration
- [ ] Basic Neovim settings
- [ ] Plugin management setup
- [ ] Key mapping framework
- [ ] UI configuration
### 1. Enhancements
- ⏳ Additional language support
- ⏳ More custom snippets
- ⏳ Enhanced debugging capabilities
2. Plugin Integration
- [ ] LSP configuration
- [ ] Completion setup
- [ ] File navigation
- [ ] Git integration
- [ ] Terminal setup
### 2. Documentation
- ⏳ Advanced configuration guides
- ⏳ Troubleshooting guides
- ⏳ Best practices documentation
3. Language Support
- [ ] Python configuration
- [ ] Lua setup
- [ ] Rust tools
- [ ] Go development
- [ ] Web development (HTML/CSS)
- [ ] PHP support
- [ ] Shell scripting support
4. Advanced Features
- [ ] Debugging setup
- [ ] Custom commands
- [ ] Project templates
- [ ] Performance optimizations
## Progress Status
- **Core functionality:** 100% complete
- **Plugin integrations:** 100% complete
- **Documentation:** 80% complete
- **Testing:** Ongoing
- **Bug fixes:** Ongoing maintenance
### Documentation
- [x] Created Memory Bank directory structure
- [x] Initialized all required documentation files
- [x] Defined product context and requirements
- [x] Documented technical architecture
- [x] Specified development setup
- [x] Created implementation roadmap
## Next Steps
1. Continue gathering user feedback
2. Address reported issues
3. Enhance documentation
4. Add more language-specific optimizations
5. Improve debugging capabilities
### Implementation Phase 1: Core Setup
- [ ] Initialize base Neovim configuration
- [ ] Set up plugin management system
- [ ] Configure basic UI elements
- [ ] Implement key mappings
### Implementation Phase 2: Plugin Integration
- [ ] Install and configure core plugins
- [ ] Set up LSP infrastructure
- [ ] Configure completion system
- [ ] Implement file navigation
### Implementation Phase 3: Language Support
- [ ] Configure language servers
- [ ] Set up debugging tools
- [ ] Implement formatters
- [ ] Configure linters
### Implementation Phase 4: Optimization
- [ ] Performance tuning
- [ ] Memory optimization
- [ ] Startup time improvement
- [ ] User experience refinement

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# System Patterns
## System Architecture
1. Configuration Layer Design
- Core configuration (init.lua)
- Module-based organization
- Plugin management system
- User customization layer
2. Feature Organization
- LSP services management
- Completion engine integration
- File tree and navigation
- Buffer and window management
3. Event System
- Autocommands framework
- Key mapping system
- Plugin hooks
- Custom events
## Key Technical Decisions
1. Plugin Management
- Use of lazy.nvim for plugin management
- Lazy-loading strategy for performance
- Conditional plugin loading
- Dependencies management
2. LSP Implementation
- Native LSP client usage
- Mason.nvim for LSP server management
- Language-specific configurations
- Diagnostic system integration
3. Performance Optimization
- Modular loading system
- Cache implementation
- Startup optimization
- Memory management
## Architecture Patterns
1. Module Pattern
```lua
-- Module structure
local M = {}
-- Configuration
M.setup = function(opts)
-- Setup logic
end
-- Module functions
M.function_name = function()
-- Implementation
end
return M
```
### 1. Plugin System
- Uses `lazy.nvim` for plugin management.
- Plugins are defined in `init.lua`.
- Supports lazy loading via events/commands.
- Custom plugins can be added in `lua/custom/plugins/`.
2. Plugin Setup Pattern
```lua
-- Plugin configuration pattern
{
"plugin/name",
event = "Event",
dependencies = {},
config = function()
require("plugin").setup({})
end
}
```
### 2. Configuration Structure
```
.
├── init.lua # Main configuration file
├── lua/
│ ├── kickstart/ # Core functionality
│ │ └── plugins/ # Built-in plugin configs
│ └── custom/ # User customizations
│ └── plugins/ # Custom plugin configs
└── doc/ # Documentation
```
3. LSP Configuration Pattern
```lua
-- LSP server setup pattern
lspconfig[server].setup({
capabilities = capabilities,
on_attach = on_attach,
settings = {}
})
```
### 3. Key Design Patterns
## Implementation Guidelines
1. Code Organization
- One feature per file
- Clear module interfaces
- Consistent naming conventions
- Documentation standards
#### Modular Configuration
- Core settings in `init.lua`.
- Plugin-specific configurations in separate files.
- Custom configurations isolated in `lua/custom/`.
2. Configuration Standards
- User-facing options
- Default values
- Type checking
- Validation
#### Event-Driven Architecture
- Uses Neovim's event system for plugin loading.
- Autocommands for specific behaviors.
- LSP events for IDE features.
3. Error Handling
- Graceful degradation
- User feedback
- Debug logging
- Recovery mechanisms
#### Layer-Based Organization
1. **Core Settings Layer**
- Basic Vim options.
- Key mappings.
- Global variables.
## System Components
1. Core Components
- Plugin manager
- LSP client
- Completion engine
- File explorer
2. **Plugin Layer**
- Plugin management.
- Plugin configurations.
- Plugin-specific settings.
2. Language Support
- LSP servers
- Treesitter parsers
- Language tools
- Formatters
3. **LSP Layer**
- Language server configurations.
- Completion setup.
- Diagnostic settings.
3. UI Components
- Status line
- Buffer line
- Command line
- Notifications
4. **UI Layer**
- Colorscheme.
- Statusline.
- Visual enhancements.
## Technical Decisions
### 1. Configuration Language
- Lua chosen over VimScript for:
- Better performance.
- Modern syntax.
- Rich data structures.
- Better integration with Neovim.
### 2. Plugin Selection
- Minimal but powerful set of defaults.
- Focus on maintained, actively developed plugins.
- Preference for Lua-based plugins.
- Built-in LSP over CoC or similar alternatives.
### 3. Code Organization
- Single `init.lua` for easy understanding.
- Modular structure available through `kickstart-modular.nvim`.
- Clear separation between core and user customizations.
### 4. Performance Considerations
- Lazy loading of plugins.
- Efficient event handling.
- Minimal startup impact.
- Careful LSP configuration.
## Key Technical Standards
1. **Code Style**
- Consistent Lua formatting.
- Clear commenting.
- Documented configuration options.
2. **Plugin Management**
- Versioned dependencies.
- Conditional loading.
- Clear plugin specifications.
3. **Error Handling**
- Protected calls for plugin loading.
- Fallbacks for missing dependencies.
- Clear error messages.
4. **Documentation**
- Inline documentation.
- Help files.
- Clear user instructions.
4. Integration Layer
- Git integration
- Terminal
- Debug adapter
- External tools

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# Technical Context
## Technologies Used
1. Core Technologies
- Neovim (>= 0.9.0)
- Lua (>= 5.1)
- Tree-sitter
- Built-in LSP client
### Core
- **Neovim**: Latest stable or nightly version
- **Lua**: Primary configuration language
- **Git**: Version control and plugin management
2. Package Management
- lazy.nvim (Plugin manager)
- mason.nvim (LSP/DAP/Formatter manager)
- mason-lspconfig.nvim (LSP configuration)
### Plugin Management
- **lazy.nvim**: Plugin manager
### Major Plugins and Tools
#### 1. LSP Related
- **nvim-lspconfig**: LSP configuration
- **mason.nvim**: LSP/DAP/Linter installer
- **mason-lspconfig.nvim**: Mason/LSP integration
- **cmp-nvim-lsp**: LSP completion integration
#### 2. Completion and Snippets
- **nvim-cmp**: Completion engine
- **LuaSnip**: Snippet engine
#### 3. Development Tools
- **nvim-treesitter**: Syntax highlighting
- **telescope.nvim**: Fuzzy finder
- **gitsigns.nvim**: Git integration
- **conform.nvim**: Formatting
3. Required External Tools
- Git (Version control)
- Ripgrep (Search)
- fd (File finding)
- Node.js (LSP servers)
## Development Setup
1. Prerequisites Installation
```bash
# Install Neovim
# Install Node.js and npm
# Install Python and pip
# Install Rust and Cargo
# Install Go
```
### Required External Dependencies
- **git**
- **make**
- **unzip**
- **C Compiler (gcc)**
- **ripgrep**
- **Clipboard tool** (platform dependent)
- **Optional**: Nerd Font
2. Required Global Tools
```bash
# LSP Servers
npm install -g pyright typescript-language-server bash-language-server
# Formatters
npm install -g prettier
cargo install stylua
```
### Language-Specific Requirements
- **npm**: for TypeScript/JavaScript
- **go**: for Golang
- **python3**: for Python
- Other dependencies based on languages used
3. Plugin Dependencies
- tree-sitter CLI
- language parsers
- compilation tools (make, gcc)
## Technical Constraints
1. Performance Requirements
- Startup time < 100ms
- Memory usage < 1GB
- Responsive editing experience
- Efficient file search
### 1. Memory Usage
- Configured for reasonable memory usage
- Plugin lazy-loading enabled
2. System Requirements
- Modern terminal emulator
- True color support
- Unicode support
- Clipboard integration
### 2. Performance
- Startup optimizations in place
- LSP configurations are lazy-loaded
- Treesitter ensures efficient syntax highlighting
3. Plugin Limitations
- Compatibility requirements
- Load order dependencies
- Potential conflicts
- Resource usage
### 3. Platform Compatibility
- Works across Linux, macOS, and Windows
- Some features may require platform-specific setup
- Windows may need additional configuration for certain tools
## Dependencies
1. Core Plugins
- lazy.nvim (Plugin management)
- nvim-lspconfig (LSP configuration)
- nvim-cmp (Completion)
- telescope.nvim (Fuzzy finding)
- neo-tree.nvim (File explorer)
- which-key.nvim (Key binding help)
### 4. Dependencies
- Requires Neovim 0.9.0 or newer
- Some LSP features require external language servers
- Format-on-save requires compatible formatters
2. Language Support
- LSP Servers
- Treesitter parsers
- Debug adapters
- Formatters/Linters
3. UI Enhancements
- lualine.nvim (Status line)
- bufferline.nvim (Buffer line)
- nvim-notify (Notifications)
- nvim-web-devicons (Icons)
## Build & Deployment
1. Configuration Structure
```
~/.config/nvim/
├── init.lua
├── lua/
│ ├── core/
│ ├── plugins/
│ ├── lsp/
│ └── config/
```
2. Installation Process
- Configuration files setup
- Plugin installation
- LSP servers installation
- Parser installation
3. Update Process
- Plugin updates
- LSP server updates
- Configuration updates
- Backup strategy
## Testing Strategy
1. Configuration Testing
- Startup validation
- Plugin compatibility
- Feature verification
- Performance monitoring
2. Language Support Testing
- LSP functionality
- Completion accuracy
- Diagnostic reporting
- Format checking
3. Integration Testing
- Plugin interactions
- Key binding conflicts
- Event handling
- Error recovery