面向?qū)ο笙到y(tǒng)測試

內(nèi)容概要

要實(shí)現(xiàn)高質(zhì)量、高穩(wěn)定性的面對(duì)對(duì)象軟件系統(tǒng)，有效的測試技術(shù)是必不可少的。本書深入講述了如何用狀態(tài)機(jī)、組合邏輯和UML開發(fā)可測試的模型。 通過對(duì)多種模式的介紹，可以讓讀者掌握如何設(shè)計(jì)測試套件、如何針對(duì)OO代碼修改測試方法、如何測試可重用組件及框架，以及如何根據(jù)用況開發(fā)高效的測試套件。書中還提供了許多實(shí)際測試經(jīng)驗(yàn)和面向?qū)ο鬁y試領(lǐng)域的最新研究成果。    與面向?qū)ο笙到y(tǒng)穩(wěn)定有關(guān)的開發(fā)及測試人員，皆可閱讀此書。

書籍目錄

List of FiguresList of TablesList of ProceduresForewordPrefaceAcknowledgmentsPart Ⅰ PreliminariesChapter 1 A Small ChallengeChapter 2 How to Use This Book  2.1 Reader Guidance  2.2 Conventions   2.3 FAQs for Object-oriented Testing  2.4 Test ProcessChapter 3 Testing：A Brief Introduction   3.1 What Is Software Testing？  3.2 Definitions  3.3 The Limits of Testing  3.4 What Can Testing Accomplish？  3.5 Bibliographic NotesChapter 4 With the Necessary Changes：Testing and Object-oriented Software  4.1 The Dismal Science of Software Testing  4.2 Side Effects of the Paradigm   4.3 Language-specific Hazards  4.4 Coverage Models for Object-oriented Testing  4.5 An OO Testing Manifesto  4.6 Bibliographic NotesPart Ⅱ ModelsChapter 5 Test Models  5.1 Test Design and Test Models  5.2 Bibliographic NotesChapter 6 Combinational Models  6.1 How Combinational Models Support Testing  6.2 How to Develop a Decision Table  6.3 Deriving the Logic Function  6.4 Decision Table Validation  6.5 Test Generation  6.6 Choosing a Combinational Test Strategy   6.7 Bibliographic NotesChapter 7   7.1 Motivation   7.2 The Basic Model  7.3 The FREE State Model  7.4 State-based Test Design  7.5 Bibliographic NotesChapter 8 A Tester's Guide to the UML  8.1 Introduction  8.2 General-purpose Elements  8.3 Use Case Diagram  8.4 Class Diagram  8.5 Sequence Diagram   8.6 Activity Diagram  8.7 Statechart Diagram  8.8 Collaboration Diagram  8.9 Component Diagram  8.10 Deployment Diagram  8.11 Graphs，Relations，and Testing   8.12 Bibliographic NotesPart Ⅲ PatternsChapter 9 Results-oriented Test Strategy  9.1 Results-oriented Testing  9.2 Test Design Patterns  9.3 Documenting Test Cases，Suites，and Plans  9.4 Bibliographic NotesChapter 10 Classes  10.1 Class Test and Integration  10.2 Preliminaries  10.3 Method Scope Test Design Patterns  10.4 Class Scope Test Design Patterns  10.5 Flattened Class Scope Test Design Patterns  10.6 Bibliographic NotesChapter 11 Reusable Components  11.1 Testing and Reuse  11.2 Test Design Patterns  11.3 Bibliographic NotesChapter 12 Subsystems  12.1 Subsystems  12.2 Subsystem Test Design Patterns  12.3 Bibliographic NotesChapter 13 Integration  13.1 Integration in Object-oriented Development   13.2 Integration Patterns  13.3 Bibliographic NotesChapter 14 Application Systems  14.1 Testing Application Systems  14.2 Test Design Patterns  14.3 Implementation-specific Capabilities  14.4 Post-development Testing  14.5 Notes on Testing Performance Objectives  14.6 Bibliographic NotesChapter 15 Regression Testing  15.1 Preliminaries Testing  15.2 Test Patterns  15.3 Bibliographic NotesPart Ⅳ ToolsChapter 16 Test Automation  16.1 Why Testing Must Be Automated  16.2 Bibliographic NotesChapter 17 Assertions  17.1 Introduction  17.2 Implementation-based Assertions  17.3 Responsibility-based Assertions  17.4 Implementation  17.5 Deployment  17.6 Limitations and Caveats  17.7 Some Assertion Tools  17.8 Bibliographic NotesChapter 18 Oracles  18.1 Introduction  18.2 Oracles Patterns  18.3 Comparators  18.4 Bibliographic NotesChapter 19 Test Harness Design  19.1 How to Develop a Test Harness  19.2 Test Case Patterns  19.3 Test Control Patterns  19.4 Driver Patterns  19.5 Test Execution Patterns  19.6 A Test Implementation Syntax  19.7 Bibliographic NotesAppendix BogFoot's Tootsie：A Case StudyRequirementsOOA/D for Capability-driven Testing ImplementationGlossary ReferencesIndex

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