Chapter 11: Error Handling and Data Validation

In this section

• Functional Error Handling in Clojure: Principles and Practices
  Explore functional approaches to error handling in Clojure, focusing on pure functions, predictable behavior, and the use of monads like Either and Maybe.
• Exception Handling in Clojure: Mastering Error Management
  Explore exception handling in Clojure, including throwing, catching, and creating custom exceptions, with best practices for effective error management.
• Clojure Spec for Data Validation: Mastering Data Integrity
  Explore how to use Clojure's powerful `clojure.spec` library for data validation, ensuring data integrity and reliability in your applications.
• Generative Testing with `clojure.spec`: Mastering Property-Based Testing in Clojure
  Explore the power of generative testing with `clojure.spec` to ensure robust and reliable Clojure applications. Learn how to write custom generators, use `stest/check` for testing, and interpret results effectively.
• Designing Resilient and Robust Functions in Clojure
  Learn how to design resilient and robust functions in Clojure by leveraging defensive programming, input validation, pure functions, and effective error propagation strategies.
• Structured Logging in Functional Code: Best Practices and Tools
  Explore structured logging in functional programming with Clojure. Learn how to implement effective logging practices without side effects, using libraries like Timber and tools.logging.
• Mastering Error Reporting in Clojure: Best Practices for Functional Programming
  Learn how to implement effective error reporting in Clojure applications by leveraging functional programming principles. Discover strategies for clear error messages, user-friendly errors, error codes, and centralized error handling.
• Debugging Functional Programs: Mastering Clojure Debugging Techniques
  Explore effective strategies for debugging functional programs in Clojure, including REPL-driven development, understanding stack traces, and advanced tools like time-travel debugging.