Software engineering - principles, methods and Applications

Software Engineering — principle 、 Methods and applications ( The first 3 edition )

Shi Jimin   Guchunhua   Edited by Zhenghong

The first 1 Chapter The introduction ·

1.1 Software and software crisis

1.1.1 Definition of software

1.1.2 The characteristics of software

1.1.3 Software Crisis

1.2 The category of software engineering

1.2.1 Software development methodology

1.2.2 Software tools

1.2.3 Software engineering environment

1.2.4 Software engineering management

1.3 The development of software engineering

1.3.1 3 A programming paradigm

1.3.2 3 Generation software engineering

1.4 Application of software engineering

1.4.1 Application in software development of various scales

1.4.2 Achievements and prospects of software engineering

1.5 The teaching of software engineering : This book is a guide to

Part 1   Traditional software engineering

The first ⒉ Chapter Software life cycle and software process ·

2.1 Software life cycle .

2.1.1 The main activities of the software life cycle

2.1.2 The relationship between life cycle and software process

2.2 Traditional software processes .

2.2.1 Waterfall model

2.2.2 Rapid prototyping model

2.3 Software evolution model

2.3.1 Incremental model

2.3.2 Spiral model

2.3.3 Component integration model

2.4 Formal method model

2.4.1 Transformation model

2.4.2 Cleanroom Model

2.5 Unified process and agile process

2.5.1 Unified process ·

2.5.2 Agile process ·

2.5.3 Extreme programming (xp)

2.6 Software feasibility study

2.6.1 Contents and steps of feasibility study

2.6.2 Software risk analysis

2.6.3 Project implementation plan ·

Summary

The first 3 Chapter structural analysis and design

3.1 summary .….

3.1.1 The origin of structural analysis and design

3.1.2SA Composition and description of the model

3.1.3 SD Composition and description of the model

3.2 Structured systems analysis ·

3.2.1 Draw a hierarchical data flow diagram

3.2.2 Determine the data definition and processing strategy

3.2.3 Review of requirements analysis

3.3 Structured system design

3.3.1SD summary

3.3.2SD Steps for : from DFD Figure to SC chart …

3.3.3 Transform mapping

3.3.4 Transaction mapping

3.3.5 Optimize initial SC The guiding rules of the diagram

3.3.6 The overall structure of the textbook purchase and sale system

3.4 Module design

3.4.1 Purpose and task

3.4.2 Principles and methods of module design

3.4.3 Common expression tools .

Summary ·

medium-length Object oriented software engineering

The first 4 Chapter object oriented and UML·

4.1 Object-oriented overview

4.1.1 Objects and classes

4.1.2 The basic characteristics of object-oriented

4.1.3 The advantages of object-oriented development

4.2UML brief introduction ·

4.2.1 UML The composition of

4.2.2UML Characteristics

4.2.3UML Application

4.3 Static modeling

4.3.1 Use case diagrams and use case models

4.3.2 Class diagrams and object diagrams

4.3.3 package

4.4 Dynamic modeling

4.4.1 news

4.4.2 State diagram

4.4.3 Sequence diagrams and collaboration diagrams

4.4.4 Activity diagrams -

4.5 Physical architecture modeling

4.5.1 Physical architecture

4.5.2 Component diagram and deployment diagram

4.6 UML Tools

4.6.1 Rational Rose

4.6.2 StarUML

Summary ·

The first 5 Chapter Requirements engineering and requirements analysis

5.1 Software requirements engineering .-

5.1.1 Definition of software requirements ·

5.1.2 Characteristics of software requirements

5.1.3 The origin of requirements engineering

5.2 Requirements analysis and modeling ……

5.2.1 The steps of requirement analysis

5.2.2 Requirements analysis is an iterative process

5.3 Common methods of requirements acquisition ·

5.3.1 Conventional requirements acquisition methods

5.3.2 Get requirements by rapid prototyping

5.4 Demand model .…..

5.4.1 Requirements model overview

5.4.2 Object oriented requirements modeling

5.5 Software requirements description .

5.6 demand management

5.6.1 The content of demand management

5.6.2 Demand changes are controlled

5.6.3 Requirements management tools

5.7﹑ Examples of requirements modeling

5.7.1 Problem statement

5.7.2 Use case model

5.7.3 Supplement the statute

5.7.4 The glossary

Summary …··---

The first 6 Chapter object oriented analysis

6.1 Overview of software analysis

6.1.1 Object oriented software analysis

6.1.2 Object oriented analysis model

6.2 Object oriented analysis modeling

6.2.1 Identify and determine analysis classes

6.2.2 Create objects - Behavioral models

6.2.3 Create objects - relational model

6.3 Object oriented analysis example .

6.3.1 register

6.3.2 Maintain personal information ·

6.3.3 Maintain shopping cart

6.3.4 Generate order ·

6.3.4 Manage orders ·

Summary

The first 7 Chapter object-oriented design

7.1 Software design overview

7.1.1 The concept of software design ·

7.1.2 The task of software design

7.1.3, Modular design

7.2 Object oriented design modeling

7.2.1 Object oriented design model

7.2.2 The task of object-oriented design

7.2.3 Application of pattern ·

7.3 System architecture design

7.3.1 System high-rise structure design

7.3.2 Identify design elements

7.3.3 Task management strategy

7.3.4 Distributed implementation mechanism

7.3.5 Data storage design

7.3.6 Human computer interaction design

7.4 System element design

7.4.1 Subsystem design

7.4.2 Subcontract design

7.4.3 class / Object design

7.5 Object-oriented design example .-

7.5.l The concretization of the relationship

7.5.2 Architecture design of online shopping system

7.5.3 Class of online shopping system / Object design ·

Summary ·

The first 8 Chapter coding and testing

8.1 Encoding overview

8.1.1 The purpose of coding ·

8.1.2 Coding style

8.2 Coding languages and coding tools

8.2.1 The development of coding languages

8.2.2 Common programming languages

8.2.3 Choice of coding language

8.2.4 Coding tools

8.3 Code sample …...

8.3.1 The registration function code is implemented

8.3.2. Maintain shopping cart function coding implementation

8.4 The basic concept of testing

8.4.1 Purpose and task

8.4.2 The characteristics of the test

8.4.3 Types of tests

·8.4.4 Test documentation ,

8.4.5 Software testing process -

8.5 Black box test and white box test ·

8.5.1 Black box testing

8.5.2 White box testing

8.6 Test case design

8.6.1 Black box test case design

8.6.2 White box test case design

8.7 Testing strategies for multi module programs

8.7.1 The hierarchy of testing

8.7.2 unit testing

8.7.3 Integration testing

8.7.4 Confirmation test ·

8.7.5 The system test

8.7.6 Criteria for termination of testing

8.8 Object oriented system testing

8.8.1 OO Software testing strategy

8.8.2 OO Software test case design

Summary

The first 9 Chapter software maintenance

9.1 Types of software maintenance

9.2 Software maintainability

9.3 Implementation of software maintenance

9.4 Management of software maintenance .

9.5 Software configuration management

9.6 Software reengineering

Summary …

The first 10 Chapter Software reuse

10.1 The basic concept of software reuse

10.1.1 Definition of software reuse

10.1.2 Software reuse measures

10.1.3 Granularity of software reuse

10.2 Domain Engineering

10.2.1 Horizontal multiplexing and vertical multiplexing

10.2.2 Implement domain analysis

10.2.3 Develop reusable components

10.2.4 Build reusable component library

10.3 Component based software development

10.3.1 Component integration model

10.3.2 Application system engineering

10.4 Object oriented and software reuse

10.4.1 OO Method supports software reuse

10.4.2 Reuse technology is right OO Method support

10.4.3 The current situation and problems of component-based software development

Summary

The first 11 Chapter software engineering management …..

11.1 The purpose and content of management

11.2 Software estimation model

11.2.1 Resource estimation model

11.2.2 COCOMO Model …

11.3 Software cost estimate

11.4 Personnel allocation and organization

11.5 Project schedule

Summary .

The first 12 Chapter ﹐ Software quality management

12.1 From quality assurance to quality certification

12.2 QA ..

12.2.1 Quality attributes of software

12.2.2 Activities of quality assurance

12.3 Software reliability .

12.3.1 Definition and classification of reliability

2.3.2 Reliability model

12.3.3 Software fault tolerance technology .

12.4 Proof of procedure correctness

12.5CMM Software Capability Maturity Model

12.5.1 CMM Basic concepts of

12.5.2 Software capability maturity level

12.5.3CMM Application

12.5.4CMM The implementation of the assessment

12.5.5 Software process evaluation SPICE international standard ·

12.6 ISO 9000 international standard -

12.6.1 ISO 9001 and ISO 9000-3

12.6.2 ISO 9000 The importance of standards to software enterprises

12.6.3 Implement in software enterprises ISO 9000 standard

12.7 Software metrics

12.7.1 Project measurement

12.7.2 Process measurement

The first 13 Chapter Software engineering environment

13.1 What is a software engineering environment

13.1.1 The characteristics of software development environment

13.1.2 A model of an ideal environment

13.1.3 CASE Environmental Science

13.2CASE The composition and structure of the environment ….

13.2.1 CASE The components of

13.2.2CASE The general structure of

13.3 CASE Environment instance -

13.3.1 Rational SUITE Enterprise Studio

13.3.2 Bluebird system ·

Summary

The first 14 Chapter software engineering advanced topics …

14.1 Web engineering

14.1.1 Web Engineering and software engineering

14:1.2 Web Development

14.2 Architecture based software development

14.2.1 Architecture of application software

14.2.2 The impact of programming paradigm on Architecture

14.2.3 The impact of programming paradigm on reuse granularity

14.2.4 Software architecture technology is still developing

14.3 Aspect oriented software development ·

14.3.1 Aspect oriented programming

14.3.2 AOP language norm

14.3.3AOP And OOP Compare

14.3.4 Aspect oriented software development

14.4 Formal software development

14.4.1 Definition of formal method ·

14.4.2 Formal software development

Summary .