Skip to content

ARCHITECTUREOVERVIEW.md

Latest commit

 

History

History
199 lines (165 loc) · 4.78 KB

ARCHITECTUREOVERVIEW.md

File metadata and controls

199 lines (165 loc) · 4.78 KB

FlexNet JSX Architecture Overview

Version: 1.0.0 (Released 2025-01-31)

Project Structure

Directory Organization

JSX/
├── src/
│   ├── core/                  # Core JSX engine
│   │   ├── build/           # Build system
│   │   ├── runtime/         # Runtime implementation
│   │   ├── types/          # Type system
│   │   └── functions/      # Core functions
│   │
│   ├── systems/              # System implementations
│   │   ├── render/          # Rendering system
│   │   ├── state/          # State management
│   │   ├── effects/        # Effect handling
│   │   └── events/         # Event system
│   │
│   └── utils/               # Utility functions
│
├── __tests__/               # Test suite
│   ├── core/              # Core tests
│   ├── systems/           # System tests
│   └── features/          # Feature tests
│
├── examples/                # Example code
│   ├── basic/            # Basic examples
│   └── advanced/         # Advanced examples
│
└── docs/                   # Documentation
    ├── ARCHITECTUREOVERVIEW.md
    ├── api-reference.md
    └── getting-started-guide.md

Core Operating Schema

Functional Architecture Principles

  1. Pure Function First

    • All operations are pure functions
    • No side effects in core logic
    • Explicit data flow
    • Functional composition for complex operations

  2. Type System

    • Maybe: Optional value handling
    • Either: Error handling
    • Result: Operation outcomes
    • Task: Async operations
    • Reader: Environment handling
    • StateT: Pure state transitions

  3. Effect System

    • Isolated side effects
    • Pure effect composition
    • Effect cleanup through functions
    • Explicit effect dependencies

  4. State Management

    • Immutable state transitions
    • Pure state functions
    • Functional state updates
    • No global state
    • State isolation through closures

System Components

  1. Core Runtime (/src/core/runtime/)

    • JSX transformation
    • Virtual DOM implementation
    • Reconciliation engine
    • Event delegation

  2. Type System (/src/core/types/)

    • Functional type implementations
    • Type composition utilities
    • Type validation functions
    • Type conversion helpers

  3. Core Functions (/src/core/functions/)

    • Function composition utilities
    • Data transformation helpers
    • Pure utility functions
    • Functional combinators

  4. Rendering System (/src/systems/render/)

    • Pure render functions
    • DOM diffing algorithm
    • Batch updates
    • Layout calculation

  5. State System (/src/systems/state/)

    • State management functions
    • State transitions
    • State composition
    • State synchronization

  6. Effect System (/src/systems/effects/)

    • Effect scheduling
    • Effect composition
    • Cleanup functions
    • Resource management

  7. Event System (/src/systems/events/)

    • Event handling
    • Event composition
    • Event delegation
    • Event filtering

Feature Components

  1. Router (/src/features/router/)

    • Pure routing functions
    • Route matching
    • Navigation handling
    • Guard implementation

  2. Forms (/src/features/forms/)

    • Form state management
    • Validation functions
    • Field composition
    • Form submission

  3. Validation (/src/features/validation/)

    • Data validation
    • Schema validation
    • Type checking
    • Error reporting

  4. Animation (/src/features/animation/)

    • Animation functions
    • Transition handling
    • Timing functions
    • Frame calculation

Security Implementation

  1. Core Security (/src/security/)

    • XSS prevention
    • CSP implementation
    • Input sanitization
    • Output encoding

  2. Security Functions

    • Validation functions
    • Sanitization utilities
    • Security checks
    • Audit helpers

Development Standards

  1. File Organization

    • functions.js for pure functions
    • Clear module boundaries
    • Explicit dependencies
    • Logical grouping

  2. Code Structure

    • Pure function definitions
    • Type signatures
    • Function composition
    • No side effects

  3. Testing Approach

    • Unit tests for pure functions
    • Integration tests for systems
    • Property-based testing
    • Effect isolation in tests

  4. Documentation

    • Clear function signatures
    • Type documentation
    • Effect documentation
    • Example usage

Performance Considerations

  1. Render Optimization

    • Pure render functions
    • Efficient diffing
    • Batch updates
    • Memory management

  2. State Efficiency

    • Immutable updates
    • State composition
    • Minimal re-renders
    • Memory-efficient representation

  3. Effect Management

    • Effect scheduling
    • Resource cleanup
    • Memory leaks prevention
    • Performance monitoring