Full-stack

The Full-stack team is responsible for developing and maintaining our web applications across both frontend and backend layers, ensuring seamless integration between user interfaces and server-side functionality.

Introduction

• Mission & Values - Core principles and goals that guide the team

Technology Stack

• Frontend: Vue.js, TypeScript, React
• Backend: Node.js, NestJS
• Database: PostgreSQL, MongoDB
• Infrastructure: Docker, GCP, Digital Ocean

🚧 Development Workflow

• Git Flow - Our branching strategies and workflows
• Pull Request Guidelines - How to create and manage pull requests
• Code Review Process - Steps and criteria for reviewing code
• 🚧 Project Setup - Steps to set up a new project

🚧 Tech Stack Overview

• 🚧 Frontend - Technologies used for user interfaces
• 🚧 Backend - Server-side technologies and architectural patterns
• 🚧 Database - Data storage solutions and management practices
• 🚧 DevOps & Infrastructure - Tools for deployment and infrastructure management
• 🚧 Third-Party Integrations & APIs - External services and APIs used by the team

🚧 Coding Standards

• Typescript Style Guides - Coding conventions for TypeScript
• Linting & Formatting Tools - Tools used to enforce code style
• Secure Coding Practices - Guidelines for writing secure code
• 🚧 Testing Standards - Approaches and tools for testing code
• 🚧 Error Handling & Logging - Best practices for managing errors and logs

🚧 Development Environment

• 🚧 Local Setup Instructions - Steps to get the development environment running
• 🚧 Required Tools & Versions - List of software and version requirements
• 🚧 Environment Variables & Secrets Management - How to handle sensitive configuration
• 🚧 Troubleshooting Common Issues - Solutions for frequent setup problems

🚧 Deployment & Operations

• 🚧 Deployment Process - Steps to release code to production
• 🚧 Rollback Procedures - How to revert changes in case of failure
• 🚧 Monitoring & Alerting - Tools and practices for tracking system health
• 🚧 Incident Response & Postmortems - Process for handling and learning from incidents

🚧 Documentation

• 🚧 Code Documentation Standards - Guidelines for commenting and documenting code
• 🚧 API Documentation - Standards for documenting APIs

🚧 Architecture & Design

• 🚧 System Architecture Diagrams - Visual overviews of the system’s structure
• 🚧 Key Design Decisions & Rationale - Explanation of major technical choices
• 🚧 Design Patterns Used - Common patterns implemented in the codebase
• 🚧 Scalability & Performance Considerations - Strategies for handling growth and performance

🚧 Security

• 🚧 Authentication & Authorization - How users and services are authenticated and authorized
• 🚧 Data Privacy & Compliance - Policies for protecting user data and meeting regulations
• 🚧 Secure Dependencies Management - Practices for keeping third-party code safe
• 🚧 Vulnerability Management - Process for identifying and addressing security issues

🚧 Quality Assurance

• 🚧 Testing Strategy & Coverage Goals - Plan and targets for testing code
• 🚧 Manual vs. Automated Testing - When and how to use each testing approach
• 🚧 QA Checklist Before Release - Steps to verify quality before deployment

🚧 Continuous Improvement

• 🚧 Retrospectives & Feedback Loops - Regular reviews to improve processes
• 🚧 Technical Debt Management - How to track and address technical debt
• 🚧 Experimentation & Prototyping Guidelines - Rules for trying out new ideas safely

🚧 Learning & Growth

• 🚧 Recommended Reading & Courses - Resources for skill development
• 🚧 Internal Tech Talks & Knowledge Sharing - Opportunities for team learning

🚧 Appendices

• Glossary of Terms - Definitions of technical terms and acronyms
• 🚧 Useful Scripts & Tools - Handy scripts and utilities for daily work
• 🚧 FAQ - Answers to frequently asked questions
• 🚧 Templates - Reusable templates for common documents