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Chapter 1: Software Metrics: What and Why?
Figure 1.1: Test Defects Report
Figure 1.2: Field Defects Report
Chapter 2: An Overview of Function Point Analysis
Figure 2.1: FPA Example
Chapter 4: Cost Estimation
Figure 4.1: Estimation Template
Figure 4.2: Role of the Support Group
Figure 4.3: Typical Process Diagram
Figure 4.4: Monitoring and Feedback (Actual vs. Estimates)
Figure 4.5: Monitoring and Feedback (Estimate vs. Effort)
Figure 4.6: Monitoring and Feedback (Variation Actual Against Initial Estimate)
Chapter 5: Applied Design Metrics
Figure 5.1: McCabe Metrics Background Theory Example of Flowgraph (1)
Figure 5.2: McCabe Metrics Background Theory Example of Flowgraph (2)
Figure 5.3: McCabe MetricsBackground Theory Example of Reduced Flowgraph (1)
Figure 5.4: McCabe Metrics Background Theory — Example of Reduced Flowgraph (2)
Figure 5.5: Aspects of Complexity
Chapter 7: A Lifecycle for Metrication
Figure 7.1: Software Metrics Initiative Context Diagram
Figure 7.2: Level 1 Lifecycle Model
Chapter 8: Stage 1 - Initiation
Figure 8.1: Initiation Stage of a Software Metrics Program
Chapter 9: Stage 2: Requirements Definition
Figure 9.1: Relationships Between a Standard Lifecycle, Software Metrics and Project Management
Figure 9.2: Potential Phases of a Software Metrics Program
(Not to scale)
Figure 9.3: Level 1 Engineering Process
Figure 9.4: Functional Linkage
Figure 9.5: Traditional Organization Hierarchy
Figure 9.6: Work, Task and Linkages Within the Requirements Specification Stage
Chapter 10: Stage 3: Component Design
Figure 10.1: Tasks and Links Within Design Stage (Showing Dependencies Between Streams)
Figure 10.2: Example Organization of Staff Support Infrastructure
Chapter 11: Stage 4: Component Build
Figure 11.1: Building the Components of a Software Metrics Program
Figure 11.2: Targets
Chapter 13: Section 2: A Summary
Figure 13.1: A Project-Based Approach
Figure 13.2: Topic Scope
Figure 13.3: Basic Strategy
Figure 13.4: Initiation Stage
Figure 13.5: Requirements Specification
Figure 13.6: Component Design 1
Figure 13.7: Component Design 2
Figure 13.8: Component Design 3
Figure 13.9: Component Build
Figure 13.10: Implementation
Figure 13.11: Implementation 2
Chapter 15: The Home Stretch
Figure 15.1: The CMM Process Maturity Framework
Figure 15.2: Performance
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Software Metrics: Best Practices for Successful IT Management
ISBN: 1931332266
EAN: 2147483647
Year: 2003
Pages: 151
Authors:
Paul Goodman
BUY ON AMAZON
Oracle Developer Forms Techniques
Tips for Standard GUI Practices and Forms Development
The Power of Record Groups
Advanced Forms Programming
Summary
Record Groups and LOVs Based on Objects
Secure Programming Cookbook for C and C++: Recipes for Cryptography, Authentication, Input Validation & More
Reducing #includes with Forward Class Declarations
Creating a Temporary Filename and File
Computing the Distance Between Two Vectors
Creating a Thread
Validating an XML Document with a DTD
Building Web Applications with UML (2nd Edition)
The Use Case Model
Summary
Activities
Designing Web Applications
Design Model
Introduction to 80x86 Assembly Language and Computer Architecture
Elements of Assembly Language
String Operations
The Assembly Process
Appendix A Hexadecimal/ASCII conversion
Appendix B Useful MS-DOS Commands
Information Dashboard Design: The Effective Visual Communication of Data
Clarifying the Vision
Exceeding the Boundaries of a Single Screen
Encoding Quantitative Data Inaccurately
Applying the Principles of Visual Perception to Dashboard Design
Sample CIO Dashboard
Ruby Cookbook (Cookbooks (OReilly))
Accepting or Passing a Variable Number of Arguments
Converting from One Encoding to Another
Being a BitTorrent Client
Controlling a Process on Another Machine
Managing Windows Services
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