Object-Oriented Analysis and Design with UML Part 4: Patterns, Implementation and Construction

Audience

The targeted audiences for this course are System Administrators Application Developers System Analysts Software Engineers and Programmer/Analysts. Learners should be familiar with the concept of object orientation and have experience with application development. It would be helpful for learners to be familiar with distributed programming (multi-tier architecture) relational or object database programming transactions and component technology.

Objective

• Identify how to apply patterns to assign responsibilities to classes CRC card design and the benefits and design qualities of frameworks.
• Identify the interpretation of deployment diagrams component diagrams and their combination.
• Identify how to map designs with a programming language and the benefits of iterative and incremental development process.

Topics Include

Unit 1: Patterns and Frameworks

• Match basic GRASP patterns with the situations in which they are applicable.
• Apply the Expert pattern to assign responsibilities to classes in a specified scenario.
• Apply the Creator pattern to assign responsibilities to classes in a specified scenario.
• Apply the High Cohesion pattern to assign responsibilities to classes in a specified scenario.
• Apply the Low Coupling pattern to assign responsibilities to classes in a specified scenario.
• Apply the Controller pattern to assign responsibilities to classes in a specified scenario.
• Evaluate a basic GRASP pattern for its accuracy in a specified scenario.
• Match advanced GRASP patterns with the situations in which they are applicable.
• Apply the Polymorphism pattern to assign responsibilities to classes in a specified scenario.
• Apply the Pure Fabrication pattern to assign responsibilities to classes in a specified scenario.
• Apply the Indirection pattern to assign responsibilities to classes in a specified scenario.
• Apply the Don't Talk to Strangers pattern for assigning responsibilities to classes in a specified scenario.
• Evaluate an advanced GRASP pattern for its accuracy in a specified scenario.
• Match GOF patterns with the situations in which they are applicable.
• Apply the State pattern to assign responsibilities to classes in a specified scenario.
• Apply the Singleton pattern to assign responsibilities to classes in a specified scenario.
• Apply the Proxy pattern to assign responsibilities to classes in a specified scenario.
• Apply the Facade pattern to assign responsibilities to classes in a specified scenario.
• Apply the Command pattern to assign responsibilities to classes in a specified scenario.
• Evaluate a GOF pattern for its accuracy in a specified scenario.
• Match the benefits of frameworks with the situations in which the benefits are applied.
• Identify the design quality of a persistence framework that is being violated in a specified situation.
• Identify the most appropriate design for a specified scenario based on the Database Broker pattern.
• Sequence the steps involved in the development of CRC cards.
• Identify an appropriate CRC card design based on layout specifications.

Unit 2: OOAD Construct Phase

• Identify the correct interpretation of a specified deployment diagram.
• Identify the correct interpretation of a specified component diagram.
• Identify the correct interpretation of a combination diagram.
• Identify the correct class definition according to a specified class diagram.
• Identify the correct declaration of methods according to the sequence of messages in a collaboration diagram.
• Label classes in the correct order of implementation according to a specified class diagram.
• Match a specified situation with the benefit of iterative development applicable to it.
• Match a specified situation with the benefit of incremental development applicable to it.
• Identify the modification in an existing application that represents refactoring.
• Identify the appropriate solution for a specified OOAD implementation issue.

Duration

8

Minimum Requirements

The CDROM version of this course requires:

• At least a 486DX 33Mhz CPU.
• Microsoft Windows 3.1 or higher and a Microsoft compatible mouse.
• At least 8MB RAM.
• At least VGA graphics capability with a minimum 512K video RAM (1MB video RAM recommended).
• At least a double speed CDROM drive.
• An MPC compliant sound card with attached speakers or headphones is recommended (Currently only the CDROM version supports audio).

• At least a 486DX 33Mhz CPU.
• Microsoft Windows 3.1 or higher and a Microsoft compatible mouse.
• At least 8MB RAM and 22MB available hard disk space or file server space.
• At least VGA graphics capability with a minimum 512K video RAM (1MB video RAM recommended).

Media