| 5. |
Software Design Level
Model |
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Software development is risky business |
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Available guidance is not enough |
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Example of Potential
Benefits |
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Example of Potential Benefits: Design
Reuse |
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What is needed... |
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Programming vs. Architecture |
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The Notion of Design Levels |
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Model of Software Scale |
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Prevalent Forces in Software Decision-Making |
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Key motivating forces at each scale |
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Design Patterns |
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Example: Observer Pattern |
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Pattern Form/Template |
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Several Key Types of Patterns/Solutions |
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Patterns - Examples |
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Common Interface Pattern |
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Horizontal-Vertical-Metadata Pattern |
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Multi-Level Applicability |
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Partial Processing Pattern |
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Comparison of Design Pattern Approaches |
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Summary |
|
| 6. |
Patterns for Concurrent
and Network Objects |
90 min
|
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Overview - Patterns for Concurrent
and Networked Objects |
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Important Aspects of Concurrent
& Networked Applications |
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Service Access & Configuration |
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Event Handling |
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Concurrency |
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Synchronization |
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Service Access and
Configuration Patterns |
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Wrapper Facade Pattern |
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Wrapper Facade Pattern:
Structure & Dynamics |
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Wrapper Facade Pattern
: Implementations & Benefits |
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Event Handling Patterns |
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Reactor Pattern |
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Reactor Pattern:
Structure |
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Reactor Pattern:
Dynamics |
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Reactor Pattern:
Implementation & Benefits |
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Synchronization
Patterns |
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Thread-Safe Interface
Pattern |
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Thread-Safe Interface
Pattern : Implementation & Benefits |
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Concurrency Patterns |
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Monitor Object |
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Monitor Object:
Structure |
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Monitor Object:
Dynamics |
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Monitor Object:
Implementation & Benefits |
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The POSA2 Pattern
System |
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Summary |
|
| 7. |
Part I - Development Process
and Intelligence Gathering Techniques |
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|
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Heroic Programmers miss the Bigger
Dragon |
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|
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Solving Software Problems |
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|
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Architecture-Centered Development
Process |
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Planning Benefits |
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|
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Intelligence Operations |
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Intelligence Gathering Techniques |
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Architecture Mining |
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Architecture Mining Process |
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Applicability of Mining |
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|
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Design Elements |
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|
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Potential Consequences of Design
that is too flexible |
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|
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Architecture Iteration |
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Software Processes |
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Architecture Process |
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Architecture Planning |
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|
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The Macro Process: Architecture
Iteration |
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|
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The Micro Process: Architecture
with Subprojects |
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|
|
Strategies to be used with Architecture
Iteration |
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|
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Architecture Judgment |
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|
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Architectural Judgment - One form
of Problem Solving |
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| |
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Summary |
|
| 7. |
Part II - Software Architecture
Action Guide |
|
|
|
Why do we care about Software Architecture? |
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|
|
Software Architecture: Components
and Relationships |
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Software Architecture: Components
and Interfaces |
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|
|
Software Architecture: Components
and Location |
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|
|
Software Architecture: System-Level-
Concerns |
|
|
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Architecting How To: Guiding Principles
& Strategies |
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|
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Architecting How To: Identify Components
(initial cut) |
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Architecting How To: Model System
Behavior |
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Architecting How To: Document Interfaces |
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Architecting How To: Allocate Components
to Processes |
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|
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Architecting How To: Function Requirements |
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Architecting How To: Non-Functional
Requirements |
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Architecting How To: Architecture
Context |
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Architecting How To: Sequence |
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Architecting How To: Validation |
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|
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Arhitecting How To: Process overview |
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|
|
Role of the Architect |
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Summary |
|
| 7. |
Part III - Architectural
Tools |
|
|
|
OMG Metamodel Architecture |
|
|
|
Meta Object Facility
(MOF) |
|
|
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MOF Overview |
|
|
|
Purpose of MOF |
|
|
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Meta Object Facility (MOF) Overview |
|
|
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OMG Modeling and Metadata Framework |
|
|
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MOF Tools |
|
|
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Common Warehouse Model |
|
|
|
Common Warehouse Metamodel (CWM) |
|
|
|
The CWM Metamodel |
|
|
|
Overview of CWM Metamodel |
|
|
|
Data Resource Matrix |
|
|
|
Migration Scenario |
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|
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CWM Tools |
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|
|
OMG UML |
|
|
|
UML 1.3, a quick update |
|
|
|
The Object Constraint Language |
|
|
|
OCL Example |
|
|
|
UML 2.0 - following improvements
are being considered |
|
|
|
UML Tools |
|
|
|
XML Metadata Interchange (XMI) |
|
|
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XMI Simplified |
|
|
|
Mapping UML to XML |
|
|
|
UML Model Transformation |
|
|
|
XMI Tools |
|
|
|
OMG IDL |
|
|
|
Why is IDL needed? |
|
|
|
New OMG IDL meta-type Component |
|
|
|
Technology Independence of the
IDL |
|
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|
|
· Summary |
|
| 8. |
OMG Model Driven Architecture |
|
|
|
Overview - Model Driven Architecture |
|
|
|
Core Standards |
|
|
|
RM-ODP and Meta-Model how another
standard could be added |
|
|
|
Relationship between MDA core
and PIM/PSM |
|
|
|
What sorts of behaviour will
be incorporated into the PIM? |
|
|
|
Development with MDA |
|
|
|
Step I : The Platform - Independent
Model |
|
|
|
Step I : Structure of specification,
refinement & design |
|
|
|
Step I : PIM, annotated with
stereotypes |
|
|
|
Step - 2: The Platform - Specific
Model (PSM) |
|
|
|
Step II : Exchange services
of an RM-ODP framework |
|
|
|
PSM expressed using UML |
|
|
|
Step 3: Generating the Application
|
|
|
|
Mapping a model into object |
|
|
|
Mapping a model into an XML
file |
|
|
|
Using the MDA to generate a
CCM Server |
|
|
|
Developing in the MDA - Multiple
Target Platforms |
|
|
|
MDA Metamodel Example |
|
|
|
Leveraging other Middleware
and Client Platforms |
|
|
|
Relating the Various Standards |
|
|
|
System Lifecycle and the MDA
Approach |
|
|
|
MDA Integrates Across Computing
Platform |
|
|
|
MDA enables Model-Driven Integration |
|
|
|
Example |
|
| |
|
|
|
|
Summary |
|
