Justified Code/Complete Case Study — Flight Search System

  • $29

Complete Case Study — Flight Search System

  • Download
  • 1 file

Modern flight booking systems must integrate with multiple airline providers to offer search results. Each provider respond at different speeds and may fail independently.

The challenge is building a system that can dispatch requests to all providers simultaneously, collect responses as they arrive, and present progressive results to users in real-time.

📄This document analyzes how combining multiple architectural patterns solves this aggregation problem effectively.

🧩The code is available on GitHub.

See results as early as possible.

User Interface

Users need immediate feedback. Progressive results add value. Waiting for all sources is unacceptable.

Search Flights

Clicking the Search Flights button triggers the search operation. Immediate response is received with: search ID.

Progressive User Experience

Users see results as soon as the first provider responds. Slow or failing providers never block feedback.

Watch Log Entries

Monitor the status of each provider through log entries output.

Responsiveness over simplicity.

System Design Patterns

A combination of system design patterns within the hexagonal architecture boundary.

Hexagonal Architecture Boundary

All elements coordinate under the strict discipline of a proven architectural pattern.

Scatter-Gather Pattern

A message routing pattern that involves broadcasting requests to multiple recipients, and aggregating their responses back into a single message.

Contents

Flight Search System V1.0.pdf
  • 4.28 MB