Core-Web-Hub

Core Web Framework Implementation Guide

This document provides markup signs and focus areas for implementing the Core Web Framework based on the FRAMEWORK-ROADMAP.MD.

🔧 Phase 1: Modularization (Months 1-3)

Component Isolation - Key Focus Areas

📦 AUTHENTICATION/AUTHORIZATION MODULE

CRITICAL MARKUP: [CORE-AUTH]
- Extract JWT implementation → crates/core-auth
- Separate OIDC integration → crates/core-auth-oidc
- Create authentication trait interfaces → core-auth-traits
- Implement testing utilities → core-auth-testing

🗄️ DATABASE ABSTRACTION MODULE

CRITICAL MARKUP: [CORE-DB]
- Extract database connection pooling → crates/core-db-pool
- Separate query builder implementations → crates/core-db-query
- Create database trait interfaces → core-db-traits
- Implement migration utilities → core-db-migration

キャッシング CACHING LAYER MODULE

CRITICAL MARKUP: [CORE-CACHE]
- Extract in-memory caching (Moka) → crates/core-cache-moka
- Separate distributed caching (Redis) → crates/core-cache-redis
- Create caching trait interfaces → core-cache-traits
- Implement cache invalidation strategies → core-cache-invalidation

👁️ OBSERVABILITY COMPONENTS MODULE

CRITICAL MARKUP: [CORE-OBSERVABILITY]
- Extract tracing implementation → crates/core-tracing
- Separate metrics collection → crates/core-metrics
- Create observability trait interfaces → core-observability-traits
- Implement logging utilities → crates/core-logging

🏗️ Phase 2: Framework Core (Months 4-6)

Framework Foundation - Key Implementation Points

🚀 FRAMEWORK CORE DEVELOPMENT

CRITICAL MARKUP: [CORE-FRAMEWORK]
- Develop core-web-framework crate as foundation
- Implement plugin architecture for extensibility
- Create middleware system based on Tower
- Establish request/response lifecycle

🔌 PLUGIN SYSTEM DESIGN

CRITICAL MARKUP: [PLUGIN-SYSTEM]
- Define plugin interface specifications
- Create plugin loading mechanism
- Implement plugin lifecycle management
- Design plugin configuration system

🌱 Phase 3: Ecosystem Development (Months 7-9)

Ecosystem Expansion - Community Integration Points

🧩 TEMPLATE PROJECTS

CRITICAL MARKUP: [TEMPLATES]
- Create web API template → template-web-api
- Develop GraphQL template → template-graphql
- Implement gRPC template → template-grpc
- Design WebSocket template → template-websocket

🏢 Phase 4: Enterprise Features (Months 10-12)

Enterprise Module Development - Advanced Features

🛡️ ENTERPRISE SECURITY MODULES

CRITICAL MARKUP: [ENTERPRISE-SECURITY]
- Package security features as optional modules
- Create observability tooling
- Implement resilience patterns as libraries
- Develop multi-database adapters

📅 Month-by-Month Implementation Focus

Month 1: Component Analysis and Planning

Week 1: Architecture Review

MARKUP SIGN: [ARCH-REVIEW]
🔍 Document current component dependencies
🔗 Identify tight coupling points
🏗️ Define module boundaries
📊 Create dependency graphs

Week 2: API Design

MARKUP SIGN: [API-DESIGN]
🧩 Define trait interfaces for each component
🔌 Design plugin architecture
🔗 Create middleware specifications
❌ Establish error handling patterns

Month 2: Core Component Extraction

Week 1: Authentication Module

MARKUP SIGN: [AUTH-EXTRACT]
🔑 Extract JWT implementation
🌐 Separate OIDC integration
🧩 Create authentication trait interfaces
🧪 Implement testing utilities

Week 2: Database Abstraction

MARKUP SIGN: [DB-EXTRACT]
🔌 Extract database connection pooling
🔨 Separate query builder implementations
🧩 Create database trait interfaces
🔄 Implement migration utilities

Month 3: Integration and Testing

Week 1: Framework Core Development

MARKUP SIGN: [FRAMEWORK-CORE]
⚡ Create lightweight HTTP framework
🔗 Implement middleware system
🔌 Design plugin loading mechanism
🔄 Establish request lifecycle

🎯 Critical Implementation Markers

Performance Optimization Markers

SPEED MARKER: [PERF-OPT]
⏱️ Optimize framework core
💤 Implement lazy loading
⚡ Add compile-time optimizations
📊 Create performance benchmarks

Security Hardening Markers

SECURITY MARKER: [SEC-HARDEN]
🛡️ Implement security best practices
✅ Add input validation
🧪 Create security testing suite
📚 Document security guidelines

Quality Assurance Markers

QA MARKER: [QUALITY-ASSURE]
🧪 Implement testing standards
📊 Create benchmarking suite
✅ Add code quality checks
📦 Establish release processes

🛠️ Implementation Priority Matrix

High Priority (Immediate Focus)

PRIORITY 1: [CRITICAL-PATH]
Component isolation
API standardization
Framework core development
Plugin architecture

Medium Priority (Secondary Focus)

PRIORITY 2: [IMPORTANT]
Configuration system
Feature flags
Template projects
Documentation hub

Low Priority (Future Enhancement)

PRIORITY 3: [ENHANCEMENT]
Enterprise modules
Operations tooling
Support infrastructure
Training programs

📊 Success Metrics Tracking

Technical Metrics Implementation

METRIC TRACKING: [TECH-METRICS]
📏 Modularity: 90% of components can be used independently
⏱️ Performance: <5% overhead compared to direct framework usage
🔄 Compatibility: 100% backward compatibility during major version
📘 Documentation: 100% API coverage with examples
🧪 Testing: 90% code coverage across all crates

Community Metrics Implementation

COMMUNITY TRACKING: [COMMUNITY-METRICS]
📈 Adoption: 1000+ downloads of core framework crate within 6 months
👥 Contributions: 50+ community contributors within 12 months
🧩 Ecosystem: 20+ compatible community crates within 12 months
⚡ Issues: <24 hour average response time to issues
📦 Releases: Monthly minor releases with bug fixes and features

⚠️ Risk Mitigation Implementation

Technical Risk Mitigation

RISK MITIGATION: [TECH-RISK]
🔧 Complexity Management: Regular architecture reviews and simplification
⏱️ Performance Degradation: Continuous benchmarking and optimization
🔄 Compatibility Issues: Comprehensive testing matrix

Community Risk Mitigation

COMMUNITY RISK: [COMM-RISK]
📚 Adoption Barriers: Extensive documentation and examples
👥 Contribution Challenges: Clear contribution guidelines and mentorship
🧩 Ecosystem Fragmentation: Quality standards and curation

📦 Resource Allocation Focus

Team Structure Implementation

TEAM FOCUS: [TEAM-STRUCTURE]
👨‍💻 Framework Architect: 1 FTE - Overall architecture and design
👨‍💻 Senior Developers: 3 FTE - Core implementation and code quality
📘 Documentation Specialist: 1 FTE - Documentation and examples
👥 Community Manager: 1 FTE - Community engagement and support
⚙️ DevOps Engineer: 1 FTE - CI/CD and infrastructure

🚀 Implementation Timeline Summary

Critical Milestones to Focus On

TIMELINE MARKER: [MILESTONES]
🏁 Phase 1 (Months 1-3): Independent crates, API documentation
🏁 Phase 2 (Months 4-6): Framework core, plugin architecture
🏁 Phase 3 (Months 7-9): Community ecosystem, quality standards
🏁 Phase 4 (Months 10-12): Enterprise modules, support infrastructure

🎯 Key Implementation Strategies

Modularization Strategy

STRATEGY: [MODULARIZATION]
Identify monolithic components
Define clear boundaries
Extract to independent crates
Establish clean APIs
Maintain backward compatibility

Community Building Strategy

STRATEGY: [COMMUNITY-BUILD]
Create contribution guidelines
Develop tutorial content
Set up communication channels
Establish quality standards
Foster ecosystem growth

📋 Implementation Checklist

Phase 1 Checklist

CHECKLIST: [PHASE-1]
□ Component isolation completed
□ API standardization defined
□ Dependency management optimized
□ Independent crates published
□ API documentation created
□ Migration guide written
□ Example projects developed

Phase 2 Checklist

CHECKLIST: [PHASE-2]
□ Framework core developed
□ Plugin architecture implemented
□ Middleware system created
□ Configuration system built
□ Component integration tested
□ Plugin documentation written
□ Middleware examples provided

Phase 3 Checklist

CHECKLIST: [PHASE-3]
□ Template projects created
□ Documentation hub established
│ Community tools developed
│ Quality assurance processes implemented
│ Ecosystem of compatible crates built
│ Tutorial and example content developed
│ Contribution guidelines established

Phase 4 Checklist

CHECKLIST: [PHASE-4]
□ Enterprise feature modules packaged
□ Operations tooling created
□ Support infrastructure established
□ Training and certification programs developed
□ Professional services offerings created
□ SLA and support documentation written
□ Enterprise support channels set up

🎉 Conclusion

This implementation guide provides clear markup signs and focus areas for transforming Core Web into a modular framework. The key is to follow the phased approach, maintain focus on critical implementation points, and track success metrics throughout the development process.

The markup signs throughout this document (marked with brackets like [CORE-AUTH], [PLUGIN-SYSTEM], etc.) indicate specific areas of focus and implementation priorities. Use these markers to guide your development efforts and ensure you’re following the roadmap effectively.

This site is open source. Improve this page.