Performing Event Searches with the SeatGeek API in JavaScript Course Syllabus

Overview: This concise, hands-on course guides JavaScript developers through integrating the SeatGeek API to search and display live events in both browser and server environments. You'll learn authentication, querying, pagination, error handling, and real-world integration patterns using modern JavaScript. With approximately 2.5 hours of focused content, this course emphasizes practical skills for building dynamic event-driven applications.

Module 1: Course Introduction & API Overview

Estimated time: 0.2 hours

• Understand SeatGeek API capabilities and use cases
• Obtain client ID and secret credentials
• Review setup prerequisites for development
• Make your first authenticated API request

Module 2: JavaScript HTTP Basics

Estimated time: 0.3 hours

• Compare fetch and Axios for HTTP requests
• Handle Promises and async/await patterns
• Implement error handling in API calls
• Create a reusable API wrapper function with headers and query parameters

Module 3: Exploring Core Endpoints

Estimated time: 0.5 hours

• Query the /events endpoint with search filters
• Explore /performers, /venues, and /taxonomies endpoints
• Use query parameters for keyword, location, and date-based searches
• Parse JSON responses to extract event details, venues, and performers

Module 4: Advanced Querying & Pagination

Estimated time: 0.3 hours

• Apply date-range and radius-based location filters
• Implement pagination using per_page and page parameters
• Aggregate results across multiple API pages

Module 5: Front-End Integration

Estimated time: 0.7 hours

• Render event results dynamically in the DOM
• Implement debounced search inputs for performance
• Manage loading and error states in UI

Module 6: Node.js & Server-Side Usage

Estimated time: 0.5 hours

• Call the SeatGeek API from a Node.js environment
• Set up Express routes to proxy API requests
• Use environment variables to secure credentials
• Apply basic caching strategies

Module 7: Error Handling & Rate Limits

Estimated time: 0.3 hours

• Interpret common HTTP error codes from the API
• Handle rate limiting (429 Too Many Requests)
• Implement exponential backoff and retry logic

Module 8: Conclusion & Extension Ideas

Estimated time: 0.2 hours

• Review key concepts and learnings
• Plan feature enhancements like 'load more' buttons
• Explore integrations with calendars, maps, or ticket links

Prerequisites

• Basic understanding of JavaScript
• Familiarity with Promises and async/await syntax
• Working knowledge of web APIs and HTTP concepts

What You'll Be Able to Do After

• Authenticate and make requests to the SeatGeek API using JavaScript
• Perform filtered event searches by location, date, and performer
• Parse and display event data in web applications
• Implement robust pagination and rate-limit handling
• Integrate the SeatGeek API into both client-side and server-side JavaScript apps