Design Patterns in Dynamic Languages
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Table of ContentsDesign Patterns in Dynamic Languages Outline (1) What Are Design Patterns? What Are Design Patterns? What in a Pattern? Pattern: Abstract Factory Level of Implementation of a Pattern Sources on Design Patterns (2) Design Patterns in Dynamic Languages Design Patterns in Dylan or Lisp First-Class Dynamic Types Dynamic Pattern: Abstract Factory Pattern: Abstract Factory First-Class Dynamic Functions Pattern: Strategy Dynamic Pattern: Strategy Macros Pattern: Interpreter Pattern: Interpreter with Macros Method Combination Pattern: Observer Observer with Method Combination The Type/Operation Matrix Multimethods Pattern: Builder Pattern: Builder Pattern: Builder with Multimethods Modules Pattern: Facade Other Invisible Patterns (3) New Dynamic Language Patterns First-Class Design Patterns First Class Pattern: Subroutine First Class Pattern Implementation Pattern: Protocol Method Pattern: Protocol Method A Study in Patterns: Iterator C++ Pattern: Internal Iterator Smalltalk Pattern: Internal Iterator Dylan Pattern: Iteration Protocol Dylan Pattern: Iteration Protocol Dylan: Iteration Protocol Algebra Pattern: Lazy Mapper Iteration Sather Pattern: Coroutine Iterator Pattern: Coroutine Pattern: Control Abstraction Pattern: New Control Abstraction Pattern: Memoization Pattern: Singleton as Memoization Pattern: Compiler Pattern: Run-Time Loading Pattern: Partial Evaluation Pattern: Partial Evaluation Pattern: Rule-Based Translator Pattern: Relation (4) Design Strategies What to Build How to Build How to Build: Abstraction How to Write: Literate Programming Class-Oriented or Class-Obsessed? Strategy: Open Implementation Design Strategy: English Translation Design Strategy: English Translation Design Strategy: English Translation Metaphor: Agent Programming Agent Programming Technology Design for a Rational Agent Rational Reasoning The Three Laws of Robotics Object-Oriented Programming Agent Programming Combining Agent Components Real-Time Resource Allocation Compilation of Anytime Algorithms Technology for Multi-Agent Systems |
Author:Peter Norvig Email: [email protected] Home Page: http://www.norvig.com Download presentation source |