具體描述
這本軟件測試教材基於愛爾蘭國立大學梅努斯和中國浙江大學的一係列課程講稿編寫而成。全書一開始簡單迴顧瞭軟件産業的發展曆程，進而引齣接下來要講述的本書主要內容——軟件測試的基礎知識、原理以及相關技術。然後，在詳細闡述靜態和動態軟件測試原理之前給齣瞭一些關鍵定義。接著，針對過程式編程和麵嚮對象編程（使用Java語言）提供瞭兩個完整的單元測試實例。隨後，本書討論瞭係統測試和軟件測試自動化的方法學。在這之後，本書采用常用的軟件過程來解釋軟件測試在軟件開發生命周期中的作用。最後，作者討論瞭多個測試方麵的高級主題，這些開放性問題需要深入的思考和研究，更進一步的資料在研究生課程中提供。
本書主要是麵嚮軟件測試的本科課程來設計相關內容，但書中講述的理論和技術輔以許多實際的例子來說明，這些實用的內容對於軟件專業人員也很有吸引力，因為軟件測試是現代軟件工程項目管理的一個非常關鍵的要素，其重要性日漸顯現，正在引起軟件産業乃至IT産業的充分重視……
本書特色
凝練作者多年的行業經驗和教學經驗，以豐富的實例，係統闡釋軟件測試的基本理論和技術。
附錄中給齣大量與實際應用相關的練習，便於讀者理解和鞏固所學知識。
涵蓋一些高級主題，如測試技術選擇、用浮點數測試、用復雜數據結構測試、GUI組件的單元測試、嵌入式軟件測試等，需要讀者在接下來的學習和工作實踐中不斷深入研究和思考。
《軟件測試：從基礎到實踐的完整路徑》是一部紮根行業經驗、注重實操技巧的經典指南。本書深入剖析現代軟件開發中測試活動的核心邏輯與實施方法，聚焦於如何構建高效、可持續的質量保障體係。作者以實際項目為藍本，詳細講述從需求階段延伸至部署迴歸測試的全流程，強調測試不僅是缺陷發現工具，更是促進開發協作的重要橋梁。 書中係統介紹瞭測試策略的製定原則，包括如何根據項目規模、技術棧和業務特點選擇閤適的測試類型——從單元驗證到集成整閤，再到係統性能與安全檢測。作者通過真實案例展示，測試前期規劃對減少後期返工至關重要，尤其在敏捷開發環境中，提前設計可擴展的自動化測試框架能顯著提升交付效率。 測試用例設計被賦予核心地位，書中詳細傳授瞭等價類劃分、邊界值分析及狀態轉換等經典方法，並結閤實際項目演示如何將模糊需求轉化為清晰可執行的測試腳本。同時，作者強調非功能性測試的重要性，特彆是在性能、安全與可用性方麵的評估標準，提供具體的度量指標和檢測工具推薦。 自動化測試部分內容豐富且實用，涵蓋主流腳本語言（如Python、Java）下的Selenium、Appium及JMeter等工具的使用技巧。書中不僅介紹代碼編寫，更注重測試維護與復用策略，避免因需求變更導緻的腳本失效問題。此外，針對CI/CD管道中的持續測試集成，提供瞭與Jenkins、GitLab CI等平颱對接的具體方案，讓讀者能快速實現“測試即代碼”的現代開發實踐。 作者特彆強調測試團隊在軟件生命周期中的角色轉變，從“質量守門人”到“協作推動者”。通過跨職能團隊溝通模闆與衝突解決經驗，幫助技術人員更好融入産品設計與開發流程，打破信息壁壘，提升整體交付質量。安全測試內容覆蓋常見漏洞挫問（如SQL注入、XSS）及OWASP Top 10防禦要點，提供實時掃描工具的選型建議和實施流程，使書中內容具備較強前瞻性。 本書配有多組典型項目演練，從Web應用到移動端與微服務架構，逐步遞進提升實踐深度。每章結尾附有總結提煉與拓展閱讀建議，涵蓋行業標準（如ISTQB）及前沿趨勢（DevOps測試、AI輔助測試工具）。語言通順且條理清晰，避免理論空談，始終以開發者、測試工程師和産品經理為受眾，兼顧專業性與可讀性。 整體而言，《軟件測試：從基礎到實踐的完整路徑》不僅是一本技術手冊，更是通嚮高質量軟件交付的行動指南。它揭示瞭測試如何成為推動團隊協同、提升産品穩健性的關鍵引擎，為在復雜技術環境中持續交付高價值軟件提供係統性支撐。無論你處於開發新崗位，或尋求深化測試能力，此書都能為實踐注入實質智慧與可操作方案。
作者簡介
目錄資訊
preface
前言
1 introduction
1．1 the software industry
1．2 software testing and quality
1．3 errors．faults and failures
1．3．1 software faults
1．3．2 software failures
1．3．3 need for testing
1．4 the role of sdecifications
1．5 overview of testing
1．5．1 testing in the development process
1．5．2 test automation
1．6 the theory of testing
1．6．1 exhaustive testing example
1．6．2 implications
1．7 when to finish testing
1．8 notes on book structure
2 principles of software testing
.2．1 dynamic and static verification
2．1．1 static verification
2．1．2 dynamic verification
2．2 black-box and white．box testing
2．2．1 errors of“omission”and“commission”
2．3 test approaches
2．3．1 black-box testing
2．3．2 white-box testing
2．3．3 fault insertion
2．4 test activities
2．4．1 analysis outputs
2．4．2 test cases
2．4．3 test data
2．4．4 test code for test proceduresl
2．5 analysis of software specifications
2．5．1 parameters
2．5．2 parameter ranges
2．5．3 equivalence partitions
2．5．4 boundary values
2．5．5 combinations of values
2．5．6 sequences of values
2．6 analysis of software components
2．6．1 control flow graphs
2．6．2 decisions and conditions
2．6．3 paths
2．6．4 data-flow testing
2．6．5 ranking
2．7 analysis of targets for fault insertion
2．7．1 offutt’s 5 sufficient mutations
2．8 test artefacts
3 unit testing
3．1 introduction
3．2 usage
3．3 black-box techniques
3．3．1 equivalence partitioning(ep)
3．3．2 boundary value analysis fbval
3．3．3 testing combinations of inputs(ci)
3．3．4 testing sequences of inputs(si)or state
3．3．5 random input data fridl
3．3．6 error guessing fegl
3．4 white．box techniques
3．4．1 statement coverage fscl
3．4．2 branch coverage fbcl
3．4．3 condition coverage fccl
3．4．4 decision condition coverage fdccl
3．4．5 multiple condition coverage(mcc)
3．4．6 path coverage fpci
3．4．7 d—u pair coverage(dup)
3．5 fault insertion
3．5．1 strong mutation testing(smt)
4 unit testing examples
4．1 example one：seatsavailable()
4．1．1 description
4．1．2 specification
4．1．3 source code
4．1．4 equivalence partitioning
4．1．5 boundary value analysis
4．1．6 combinational testing
4．1．7 tests
4．1．8 using random test data
4．1．9 statement coverage
4．1．10 branch coverage
4．1．11 condition coverage
4．1．12 decision／condition coverage
4．1．13 multiple condition coverage
4．1．14 path coverage
4．1．15 d-u pair coverage
4．1．16 strong mutation testing
4．2 example two：premiumfl
4．2．1 description
4．2．2 specification
4．2．3 source code
4．2．4 equivalence partitioning
4．2．5 boundary value analysis
4．2．6 combinational testing
4．2．7 statement coverage
4．2．8 branch testing
4．2．9 condition coverage
4．2．10 multiple condition coverage
4．2．11 path testing
4．2．12 d-u pair testing
4．2．13 strong mutation testing．
5 static v_erification
5．1 design reviews
5．1．1 informal、valk-through
5．1．2 f0rmal design review
5．2 static code analysis
5．2．1 walk-throughs
5．2．2 code inspections
6 testing object-oriented software
6．1 characteristics of object-oriented software
6．2 effects of oo on testing
6．3 object oriented testing models
6．3．1 conventional models
6．3．2 combinational models
6．3．3 state machine models
6．3．4 specification&design models
6．3．5 built-in-test
6．4 example
6．4．1 class cartax
6．4．2 black-box testing in class context
6．4．3 white．box testing in class context
6．4．4 combinational testing
6．4．5 state-machine testing
6．4．6 specification／design testing
6．4．7 built-in testing
7 integration and system testing
7．1 integration testing
7．1．1 drivers and stubs
7．1．2 top-down integration
7．1．3 bottom-up integration
7．1．4 sandwich integration
7．1．5 end-to-end user functionality
7．1．6 test cases
7．1．7 conclusion
7．2 system testing
7．2．1 system test categories
7．2．2 system level functional testing
7．2．3 test cases
7．2．4 gui example
7．3 field testing and acceptance testing
8 software test automation
8．1 coverage measurement
8．1．1 lazy evaluation
8．2 junit
8．2．1 junit example
8．2．2 test documentation
8．3 junit testing in an ide
8．4 regression／inheritance testing with junit
8．5 writing your own test runner
8．6 mutation testing
8．7 automated system testing
9 testing in the software process
9．1 test planning．
9．2 software development life cycle
9．3 the、vaterfau model
9．4 the v-model
9．5 incremental and agile development
9．5．1 incremental development
9．5．2 extreme programming
9．5．3 scrum
9．5．4 synch and stabilize
9．5．5 process．related quality standards and models
9．6 repair．based testing
9．6．1 specific repair test
9．6．2 generic repair test
9．6．3 abstracted repair test
9．6．4 example
9．6．5 repair-based test suites
10 advanced testing issues
10．1 philosophy of testing
10．2 test technique selection
10．3 inserting data faults
10．4 design for testability(dft)
10．5 testing with floating point numbers
10．6 unit testing of gui components
10．7 testing with complex data structures
10．8 automated random testing
10．9 automated statement and branch testing
10．10 overlapping and discontinuous partitions
10．11 handling relative values
10．11．1 classie triangle problem
10．12 paivwise testing
10．13 testing boundary crossings(bx)
10．14 varying input parameters
10．15 extended combinational testing
10．15．1 no“don’t-caxe”s
10．15．2 tlest“don’t-care”s individually
10．16 including testing in the build procedure
10．17 testing concurrent and parallel software
10．17．1 unit testing
10．17．2system testing
10．17．3static analysis
10．17．4tools
10．18 testing embedded softwaxe
10．19 testing network protocol processing
10．19．1text．based protocols
10．19．2binary protocols
10．19．3protocol stacks and dft
10．20 research directions
appendices
a terminology
b exercises
b．1 junit and eclipse
b．2 unit test-exercise 1
b．3 unit test-exercise 2
b．4 unit test-exercise 3
b．5 unit test-exercise 4
b．6 unit test-exercise 5
b．7 unit test-exercise 6
b．8 unit test-exercise 7
b．9 unit test-exercise 8
b．10 unit test-exercise 9
b．11 exercise 10-test projects
select bibliography
· · · · · · (收起)
前言
1 introduction
1．1 the software industry
1．2 software testing and quality
1．3 errors．faults and failures
1．3．1 software faults
1．3．2 software failures
1．3．3 need for testing
1．4 the role of sdecifications
1．5 overview of testing
1．5．1 testing in the development process
1．5．2 test automation
1．6 the theory of testing
1．6．1 exhaustive testing example
1．6．2 implications
1．7 when to finish testing
1．8 notes on book structure
2 principles of software testing
.2．1 dynamic and static verification
2．1．1 static verification
2．1．2 dynamic verification
2．2 black-box and white．box testing
2．2．1 errors of“omission”and“commission”
2．3 test approaches
2．3．1 black-box testing
2．3．2 white-box testing
2．3．3 fault insertion
2．4 test activities
2．4．1 analysis outputs
2．4．2 test cases
2．4．3 test data
2．4．4 test code for test proceduresl
2．5 analysis of software specifications
2．5．1 parameters
2．5．2 parameter ranges
2．5．3 equivalence partitions
2．5．4 boundary values
2．5．5 combinations of values
2．5．6 sequences of values
2．6 analysis of software components
2．6．1 control flow graphs
2．6．2 decisions and conditions
2．6．3 paths
2．6．4 data-flow testing
2．6．5 ranking
2．7 analysis of targets for fault insertion
2．7．1 offutt’s 5 sufficient mutations
2．8 test artefacts
3 unit testing
3．1 introduction
3．2 usage
3．3 black-box techniques
3．3．1 equivalence partitioning(ep)
3．3．2 boundary value analysis fbval
3．3．3 testing combinations of inputs(ci)
3．3．4 testing sequences of inputs(si)or state
3．3．5 random input data fridl
3．3．6 error guessing fegl
3．4 white．box techniques
3．4．1 statement coverage fscl
3．4．2 branch coverage fbcl
3．4．3 condition coverage fccl
3．4．4 decision condition coverage fdccl
3．4．5 multiple condition coverage(mcc)
3．4．6 path coverage fpci
3．4．7 d—u pair coverage(dup)
3．5 fault insertion
3．5．1 strong mutation testing(smt)
4 unit testing examples
4．1 example one：seatsavailable()
4．1．1 description
4．1．2 specification
4．1．3 source code
4．1．4 equivalence partitioning
4．1．5 boundary value analysis
4．1．6 combinational testing
4．1．7 tests
4．1．8 using random test data
4．1．9 statement coverage
4．1．10 branch coverage
4．1．11 condition coverage
4．1．12 decision／condition coverage
4．1．13 multiple condition coverage
4．1．14 path coverage
4．1．15 d-u pair coverage
4．1．16 strong mutation testing
4．2 example two：premiumfl
4．2．1 description
4．2．2 specification
4．2．3 source code
4．2．4 equivalence partitioning
4．2．5 boundary value analysis
4．2．6 combinational testing
4．2．7 statement coverage
4．2．8 branch testing
4．2．9 condition coverage
4．2．10 multiple condition coverage
4．2．11 path testing
4．2．12 d-u pair testing
4．2．13 strong mutation testing．
5 static v_erification
5．1 design reviews
5．1．1 informal、valk-through
5．1．2 f0rmal design review
5．2 static code analysis
5．2．1 walk-throughs
5．2．2 code inspections
6 testing object-oriented software
6．1 characteristics of object-oriented software
6．2 effects of oo on testing
6．3 object oriented testing models
6．3．1 conventional models
6．3．2 combinational models
6．3．3 state machine models
6．3．4 specification&design models
6．3．5 built-in-test
6．4 example
6．4．1 class cartax
6．4．2 black-box testing in class context
6．4．3 white．box testing in class context
6．4．4 combinational testing
6．4．5 state-machine testing
6．4．6 specification／design testing
6．4．7 built-in testing
7 integration and system testing
7．1 integration testing
7．1．1 drivers and stubs
7．1．2 top-down integration
7．1．3 bottom-up integration
7．1．4 sandwich integration
7．1．5 end-to-end user functionality
7．1．6 test cases
7．1．7 conclusion
7．2 system testing
7．2．1 system test categories
7．2．2 system level functional testing
7．2．3 test cases
7．2．4 gui example
7．3 field testing and acceptance testing
8 software test automation
8．1 coverage measurement
8．1．1 lazy evaluation
8．2 junit
8．2．1 junit example
8．2．2 test documentation
8．3 junit testing in an ide
8．4 regression／inheritance testing with junit
8．5 writing your own test runner
8．6 mutation testing
8．7 automated system testing
9 testing in the software process
9．1 test planning．
9．2 software development life cycle
9．3 the、vaterfau model
9．4 the v-model
9．5 incremental and agile development
9．5．1 incremental development
9．5．2 extreme programming
9．5．3 scrum
9．5．4 synch and stabilize
9．5．5 process．related quality standards and models
9．6 repair．based testing
9．6．1 specific repair test
9．6．2 generic repair test
9．6．3 abstracted repair test
9．6．4 example
9．6．5 repair-based test suites
10 advanced testing issues
10．1 philosophy of testing
10．2 test technique selection
10．3 inserting data faults
10．4 design for testability(dft)
10．5 testing with floating point numbers
10．6 unit testing of gui components
10．7 testing with complex data structures
10．8 automated random testing
10．9 automated statement and branch testing
10．10 overlapping and discontinuous partitions
10．11 handling relative values
10．11．1 classie triangle problem
10．12 paivwise testing
10．13 testing boundary crossings(bx)
10．14 varying input parameters
10．15 extended combinational testing
10．15．1 no“don’t-caxe”s
10．15．2 tlest“don’t-care”s individually
10．16 including testing in the build procedure
10．17 testing concurrent and parallel software
10．17．1 unit testing
10．17．2system testing
10．17．3static analysis
10．17．4tools
10．18 testing embedded softwaxe
10．19 testing network protocol processing
10．19．1text．based protocols
10．19．2binary protocols
10．19．3protocol stacks and dft
10．20 research directions
appendices
a terminology
b exercises
b．1 junit and eclipse
b．2 unit test-exercise 1
b．3 unit test-exercise 2
b．4 unit test-exercise 3
b．5 unit test-exercise 4
b．6 unit test-exercise 5
b．7 unit test-exercise 6
b．8 unit test-exercise 7
b．9 unit test-exercise 8
b．10 unit test-exercise 9
b．11 exercise 10-test projects
select bibliography
· · · · · · (收起)
讀後感
評分
評分
評分
評分
評分
用戶評價
评分
終於讀完瞭。讀之前希望能夠學到可以用到工作中的有效測試方法，讀過纔發現這是一本很學究兒的教材書。找到一些與自己工作有交集的部分，但是寫的過於簡略，手段也過於簡單。
评分終於讀完瞭。讀之前希望能夠學到可以用到工作中的有效測試方法，讀過纔發現這是一本很學究兒的教材書。找到一些與自己工作有交集的部分，但是寫的過於簡略，手段也過於簡單。
评分終於讀完瞭。讀之前希望能夠學到可以用到工作中的有效測試方法，讀過纔發現這是一本很學究兒的教材書。找到一些與自己工作有交集的部分，但是寫的過於簡略，手段也過於簡單。
评分終於讀完瞭。讀之前希望能夠學到可以用到工作中的有效測試方法，讀過纔發現這是一本很學究兒的教材書。找到一些與自己工作有交集的部分，但是寫的過於簡略，手段也過於簡單。
评分終於讀完瞭。讀之前希望能夠學到可以用到工作中的有效測試方法，讀過纔發現這是一本很學究兒的教材書。找到一些與自己工作有交集的部分，但是寫的過於簡略，手段也過於簡單。
相關圖書
本站所有內容均為互聯網搜索引擎提供的公開搜索信息，本站不存儲任何數據與內容，任何內容與數據均與本站無關，如有需要請聯繫相關搜索引擎包括但不限於百度，google,bing,sogou 等
© 2026 qciss.net All Rights Reserved. 小哈圖書下載中心 版权所有