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Josh Deeden

Technical Requirements

Universal

TypeScript

  • Consistent Usage: Utilize TypeScript across both front-end and back-end to ensure type safety, improved maintainability, and an enhanced developer experience.

Code Quality and Standards

  • High Standards: Implement strict coding standards and conduct regular code reviews to maintain high code quality.
  • Best Practices: Adopt industry best practices for coding and architecture.

Asynchronous Data Flow

  • Non-blocking Operations: Ensure asynchronous handling of data operations to improve responsiveness and performance, preventing UI blocking.
  • Async/Await: Leverage modern JavaScript features like async/await for cleaner and more readable asynchronous code.

Isomorphic Validation

  • Front-End and Back-End Consistency: Perform consistent validation on both the front-end and back-end to enhance security and data integrity.

Robust Error Handling

  • Comprehensive Mechanisms: Develop comprehensive error handling mechanisms to manage and respond to exceptions gracefully across the entire stack.
  • User-Friendly Feedback: Provide clear, user-friendly error messages to enhance user experience.

Front-End

Single-Page Application (SPA)

  • Dynamic Experience: Build as an SPA to provide a dynamic, app-like experience with minimal page reloads.

Frameworks

  • Reactive and Efficient: Use reactive frameworks like React, Svelte, or Solid.js based on project needs and performance considerations.

Responsive Design

  • Cross-Device Compatibility: Ensure compatibility across various devices and screen sizes.

Accessibility Compliance

  • Inclusive Design: Strictly adhere to WCAG guidelines to ensure accessibility for all users.

CSS Frameworks

  • Styling Efficiency: Utilize CSS frameworks like Tailwind CSS for efficient, consistent, and responsive styling.

Back-End

Stateless Design

  • Scalability and Reliability: Design the back-end to be stateless, enhancing scalability and reliability.

Flexible Schema

  • Adaptive Database Design: Develop a database schema that is scalable and adaptable to the application’s evolving data needs.

API Design

  • Type Safety and Reliability: Employ type-safe approaches for API development to ensure reliable client-server communication.

Data Security

  • Integrity and Privacy: Prioritize protecting data integrity and user privacy, implementing advanced security measures.