Behavioral Design Patterns in Erlang

In this section

• Strategy Pattern with Higher-Order Functions in Erlang
  Explore the Strategy Pattern in Erlang using Higher-Order Functions to dynamically select algorithms at runtime, enhancing flexibility and code decoupling.
• Observer Pattern with Publish/Subscribe in Erlang
  Explore the Observer Pattern in Erlang using Publish/Subscribe mechanisms for decoupled communication and event propagation.
• Command Pattern via Message Passing in Erlang
  Explore the Command Pattern in Erlang using message passing to encapsulate requests as messages, enhancing flexibility and control in concurrent applications.
• Chain of Responsibility with Process Pipelines in Erlang
  Explore the Chain of Responsibility design pattern in Erlang, leveraging process pipelines for efficient request handling and data transformation.
• Template Method Pattern in Erlang: Callbacks and Behaviors
  Explore the Template Method Pattern in Erlang using callbacks and behaviors, focusing on OTP and gen_server for code reuse and standardization.
• State Pattern with `gen_statem` in Erlang
  Explore the State Pattern using `gen_statem` in Erlang to manage state transitions effectively in concurrent applications.
• Memento Pattern for State Preservation in Erlang
  Explore the Memento Pattern in Erlang for capturing and restoring object state, with examples and considerations for state serialization and restoration.
• Interpreter Pattern with Custom Parsers in Erlang
  Explore the Interpreter Pattern in Erlang by creating custom parsers and evaluators for domain-specific languages using tools like leex and yecc.
• Iterator Pattern with List Processing in Erlang
  Explore the Iterator Pattern in Erlang using list processing capabilities to traverse collections and implement custom iteration over complex data structures.
• Visitor Pattern in Erlang: Leveraging Behaviors for Dynamic Operations
  Explore the Visitor Pattern in Erlang using behaviors to perform operations on object structures without modifying them, enhancing flexibility and maintainability.
• Mediator Pattern in Erlang: Central Process Coordination for Efficient Communication
  Explore the Mediator Pattern in Erlang, focusing on central process coordination to streamline communication and reduce coupling in concurrent systems.
• Null Object Pattern in Erlang: Default Implementations for Robust Systems
  Explore the Null Object Pattern in Erlang, leveraging default implementations to enhance robustness and reduce error handling.
• Specification Pattern for Complex Matching in Erlang
  Explore the Specification Pattern in Erlang to encapsulate business rules and criteria for complex matching, enhancing code clarity and flexibility.
• Event Sourcing Pattern in Erlang: Capturing State Changes as Events
  Explore the Event Sourcing pattern in Erlang to capture all changes to application state as a sequence of events, ensuring robust and scalable systems.
• Reactive Programming Concepts in Erlang: Implementing Responsive Systems
  Explore how to implement reactive programming concepts in Erlang to build responsive and resilient systems using its powerful concurrency model.