Week 10 [Fri, Oct 16th] - Summary

   Introduction

• [W10.1a] Design → Design Patterns → Introduction → What

• [W10.1b] Design → Design Patterns → Introduction → Format

   Singleton pattern

• [W10.1c] Design → Design Patterns → Singleton → What

• [W10.1d] Design → Design Patterns → Singleton → Implementation

• [W10.1e] Design → Design Patterns → Singleton → Evaluation

   Facade pattern

• [W10.1f] Design → Design Patterns → Facade Pattern → What

   Command pattern

• [W10.1g] Design → Design Patterns → Command Pattern → What

   Abstraction Occurrence pattern

• [W10.1h] Design → Design Patterns → Abstraction Occurrence Pattern → What : OPTIONAL

• [W10.2a] Implementation → Error Handling → Defensive Programming → What

• [W10.2b] Implementation → Error Handling → Defensive Programming → Enforcing compulsory associations

• [W10.2c] Implementation → Error Handling → Defensive Programming → Enforcing 1-to-1 associations : OPTIONAL

• [W10.2d] Implementation → Error Handling → Defensive Programming → Enforcing referential integrity : OPTIONAL

• [W10.2e] Implementation → Error Handling → Defensive Programming → When

• [W10.2f] Implementation → Error Handling → Design by Contract → Design by contract : OPTIONAL

• [W10.3a] Quality Assurance → Test Case Design → Introduction → What

• [W10.3b] Quality Assurance → Test Case Design → Introduction → Positive versus negative test cases

• [W10.3c] Quality Assurance → Test Case Design → Introduction → Black box versus glass box

• [W10.3d] Quality Assurance → Test Case Design → Testing based on use cases

• [W10.4a] Quality Assurance → Test Case Design → Equivalence Partitions → What

• [W10.4b] Quality Assurance → Test Case Design → Equivalence Partitions → Basic

• [W10.4c] Quality Assurance → Test Case Design → Equivalence Partitions → Intermediate

• [W10.5a] Quality Assurance → Test Case Design → Boundary Value Analysis → What

• [W10.5b] Quality Assurance → Test Case Design → Boundary Value Analysis → How