| Survey
of Pattern Language |
 |
Define
the problem |
|
Understand
reference frameworks |
|
Describe
design pattern forms |
|
Explore
various pattern languages |
| News
Reporting System |
|
Define
a common problem typical of distributed systems
|
|
Characterize
the problem in terms of: |
|
Problem
statement v System description |
|
Architecture
drivers |
|
Technologies |
|
Additional
requirements |
| Model-View-Controller
Pattern |
|
Describe the purpose and applicability of
the Model-View-Controller Pattern |
|
Define
its participating classes |
|
Outline the dynamic behavior of the objects
|
|
Explore
one possible implementation of the pattern
using C++ |
|
Enumerate
several of the consequences of using the MVC
pattern |
|
Understand
the relationship to other patterns |
| Adapter
Pattern |
|
Describe
the purpose and applicability of the Facade
Pattern |
|
Define
its participating classes |
|
Outline
the dynamic behavior of the objects |
|
Explore
one possible implementation of the pattern
using C++ |
|
Enumerate
several consequences of using the Facade Pattern |
|
Understand
the relationship to other patterns |
| Inventory
and Accounting Patterns |
|
Describe
the key facets of analysis patterns |
|
Understand
the important elements of the inventory and
accounting pattern |
|
Apply
the accounting pattern to an object-oriented
architecture |
|
Understand
other candidate applications for the inventory
and accounting pattern |
| Improving
the Software Development Process |
|
Describe
the key facets of the iterative process |
|
List
how patterns impact the key software development
activities |
|
Planning
|
|
Requirements
|
|
Design
|
|
Code |
|
Describe
the organizational changes |
| Patterns,
Components and Architecture |
|
v
Highlight the emerging trend with respect
to components and patterns |
|
Reiterate
the continuing importance of distributed computing
and architecture |
|
Identify
the role of automation and tools |
