CSC/ECE 517 Fall 2009

Summary of pages done in Fall 2009

• • Mock Objects and Mock frameworks
  • Mock Objects and Mock frameworks
  • Mock Objects and Mock frameworks
  • Mock Objects and Mock frameworks

• Lecture 2
  • Writing effective JUnit test cases
  • Writing effective JUnit test cases
  • Advances in debuggers
  • Advances in debuggers

• Lecture 3
  • Categorization of refactorings
  • Categorization of refactorings
  • Categorization of refactorings
  • Categorization of refactorings
  • Research in refactoring tools
  • Research in refactoring tools
  • Research in refactoring tools
  • Distributed Version Control
  • Distributed Version Control
  • Distributed Version Control
  • Best practices for source-control management with version-control systems
  • Best practices for source-control management with version-control systems
  • Best practices for source-control management with version-control systems
  • History of version control
  • History of version control
  • History of version control
  • Refactoring tools for Ruby and Ruby on Rails
  • Refactoring tools for Ruby and Ruby on Rails
  • Refactoring tools for Ruby and Ruby on Rails
  • Research in refactoring tools

• Lecture 4
  • Ruby and Java from Security Perspective
  • Ruby and Java from Security Perspective
  • Ruby vs. Python
  • Ruby vs. Python
  • Ruby vs. Python
  • IDEs for Ruby
  • IDEs for Ruby
  • IDEs for Ruby
  • IDEs for Ruby
  • Scala vs. Ruby
  • Resources for Ruby (other than IDEs)
  • Resources for Ruby (other than IDEs)
  • Ruby and Web security
  • Ruby and Web security

• Lecture 5
  • Regular expressions
  • Regular expressions
  • Regular expressions
  • Regular expressions
  • Testing frameworks for object-oriented languages
  • Testing frameworks for object-oriented languages
  • Static vs. dynamic o-o languages from the perspective of performance
  • Static vs. dynamic o-o languages from the perspective of performance
  • Advantages of statically typed vs. dynamically typed languages
  • Advantages of statically typed vs. dynamically typed languages
  • Advantages of statically typed vs. dynamically typed languages
  • Exception handling in o-o languages
  • Exception handling in o-o languages
  • Exception handling in o-o languages

• Lecture 6

• Lecture 7
  • Resources for Rails (other than IDEs)
  • Resources for Rails (other than IDEs)
  • AJAX and MVC
  • AJAX and MVC
  • AJAX and MVC

• • History and Applications of the MVC Pattern
  • History and Applications of the MVC Pattern
  • History and Applications of the MVC Pattern
  • Stable Dependencies Principle

• Lecture 8
  • Scaffolding in Web application frameworks
  • Scaffolding in Web application frameworks

• Lecture 9
  • Functional and integration testing and beyond
  • Functional and integration testing and beyond
  • Functional and integration testing and beyond
  • GUI testing frameworks
  • GUI testing frameworks
  • GUI testing frameworks

• Lecture 10
  • Survey of language features for code reuse
  • Survey of language features for code reuse
  • Survey of language features for code reuse

• Lecture 11
  • Service Oriented Architecture(SOA), Reflection, and Meta-programming
  • Service Oriented Architecture(SOA), Reflection, and Meta-programming
  • Reflection APIs
  • Reflection APIs
  • Reflection APIs
  • Reflection-oriented programming
  • Reflection-oriented programming

• Lecture 12
  • Aspect-Oriented Programming
  • Aspect-Oriented Programming
  • Aspect-Oriented Programming

• Lecture 12
  • Metaprogramming
  • Metaprogramming
  • Metaprogramming
  • Schemes for patterns classification
  • Schemes for patterns classification
  • Schemes for patterns classification
  • Schemes for patterns classification
  • Design patterns from a static/dynamic point of view
  • Design patterns from a static/dynamic point of view

• Lecture 13
  • Service Oriented Architecture(SOA) and Patterns
  • Service Oriented Architecture(SOA) and Patterns
  • Service Oriented Architecture(SOA) and Patterns
  • Service Oriented Architecture(SOA) and Patterns
  • Synchronizer token pattern
  • Synchronizer token pattern
  • Synchronizer token pattern

• Lecture 14
  • "Object Think" and other alternatives to CRC cards
  • "Object Think" and other alternatives to CRC cards
  • "Object Think" and other alternatives to CRC cards

• Lecture 15 and 16
  • Abstraction and the object model
  • Abstraction and the object model
  • Abstraction and the object model
  • if-statement considered harmful
  • if-statement considered harmful
  • if-statement considered harmful
  • if-statement considered harmful
  • Hybrid o-o languages
  • Hybrid o-o languages
  • Hybrid o-o languages

• Lecture 19
  • Programming by Assertion
  • Programming by Assertion
  • Programming by Assertion
  • Programming by Assertion
  • Liskov substitution principle

• • Principle of Explicit Interfaces
  • Principle of Explicit Interfaces
  • Principle of Explicit Interfaces

• Lecture 21
  • How can Agile complement other development methodologies?
  • How can Agile complement other development methodologies?
  • How can Agile complement other development methodologies?

• • Other agile methodologies
  • Other agile methodologies
  • Other agile methodologies

• Lecture 22
  • The Factory design pattern and its application
  • The Factory design pattern and its application
  • Other design patterns in Ruby
  • Other design patterns in Ruby

• • Reuse/Release Equivalence Principle
  • Reuse/Release Equivalence Principle
  • Reuse/Release Equivalence Principle
  • Reuse/Release Equivalence Principle

• Lecture 23
  • Design Pattern for Mobile Applications

• Lecture 27
  • Serialization Proxy pattern
  • Serialization Proxy pattern
  • Serialization Proxy pattern

• Topics not covered in the lectures
  • Patterns for mapping objects to relational databases
  • Patterns for mapping objects to relational databases
  • Patterns for mapping objects to relational databases
  • Principle of Self-Documentation
  • Principle of Self-Documentation
  • Principle of Self-Documentation
  • Uniform access principle
  • Uniform access principle
  • Uniform access principle
  • Uniform access principle
  • Single-Choice Principle
  • Single-Choice Principle
  • Single-Choice Principle
  • Stable Dependencies Principle
  • Stable Dependencies Principle
  • Common Closure Principle
  • Common Closure Principle
  • DRY principle for data
  • DRY principle for data
  • DRY principle for data
  • Dependency Inversion Principle
  • Dependency Inversion Principle
  • Interface Segregation Principle vs. Principle of Small Interfaces
  • Interface Segregation Principle vs. Principle of Small Interfaces
  • Non-Redundancy Principle
  • Non-Redundancy Principle
  • Survey "Driven Development" Methodologies
  • Survey "Driven Development" Methodologies
  • Survey "Driven Development" Methodologies
  • Thread-safe programming and concurrency patterns
  • Thread-safe programming and concurrency patterns
  • Anti-patterns
  • Anti-patterns
  • Anti-patterns
  • Clone detection and clone manipulation
  • Clone detection and clone manipulation
  • Clone detection and clone manipulation
  • Clone detection and clone manipulation