feat: add initial documentation for ecommerce project and system architecture

Signed-off-by: juliano.barbosa <julianomb@gmail.com>
This commit is contained in:
juliano.barbosa 2025-02-11 19:40:08 -03:00
parent 04b3252e24
commit ae234c5e5b
No known key found for this signature in database
GPG key ID: EB8B440F57360B3D
9 changed files with 559 additions and 143 deletions

View file

@ -1,58 +1,122 @@
# System Patterns: Neovim Configuration
# System Patterns
## System Architecture
1. **Core Configuration Structure**
- init.lua as main configuration file
- Lazy plugin management system
- LSP integration through nvim-lspconfig
- Custom keymaps and settings
1. Configuration Layer Design
- Core configuration (init.lua)
- Module-based organization
- Plugin management system
- User customization layer
2. **Key Components**
- Plugin Management (lazy.nvim)
- LSP Configuration
- Treesitter Integration
- Diagnostic System
- Custom Keybindings
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
### Plugin Management
- Using lazy.nvim for plugin management
- Lazy loading enabled for better startup performance
- Plugin-specific configurations contained within setup blocks
2. LSP Implementation
- Native LSP client usage
- Mason.nvim for LSP server management
- Language-specific configurations
- Diagnostic system integration
### LSP Implementation
- Mason for LSP server management
- nvim-lspconfig for LSP configuration
- Custom LSP attach events and keymaps
- Diagnostic configuration through vim.diagnostic
3. Performance Optimization
- Modular loading system
- Cache implementation
- Startup optimization
- Memory management
### Editor Features
- Treesitter for syntax highlighting
- Telescope for fuzzy finding
- Which-key for keymap discovery
- Mini.nvim for various utilities
## 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
```
## Component Relationships
1. **Plugin Dependencies**
- LSP plugins depend on nvim-lspconfig
- UI elements depend on having Nerd Font
- Telescope depends on plenary.nvim
2. Plugin Setup Pattern
```lua
-- Plugin configuration pattern
{
"plugin/name",
event = "Event",
dependencies = {},
config = function()
require("plugin").setup({})
end
}
```
2. **Configuration Flow**
- Leader key set before plugins
- Basic options configured early
- Plugins loaded through lazy.nvim
- LSP servers configured after plugins
- Keymaps set after all configurations
3. LSP Configuration Pattern
```lua
-- LSP server setup pattern
lspconfig[server].setup({
capabilities = capabilities,
on_attach = on_attach,
settings = {}
})
```
## Design Patterns
1. **Modularity**
- Separate plugin configurations
- Isolated LSP server settings
- Independent keymap definitions
## Implementation Guidelines
1. Code Organization
- One feature per file
- Clear module interfaces
- Consistent naming conventions
- Documentation standards
2. **Event-Driven**
- LSP attach events
- Autocommands for specific behaviors
- Lazy loading based on events
2. Configuration Standards
- User-facing options
- Default values
- Type checking
- Validation
3. Error Handling
- Graceful degradation
- User feedback
- Debug logging
- Recovery mechanisms
## System Components
1. Core Components
- Plugin manager
- LSP client
- Completion engine
- File explorer
2. Language Support
- LSP servers
- Treesitter parsers
- Language tools
- Formatters
3. UI Components
- Status line
- Buffer line
- Command line
- Notifications
4. Integration Layer
- Git integration
- Terminal
- Debug adapter
- External tools