精通.NET单元测试：实战指南

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Test
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《The Art of Unit Testing with Examples in .NET》是一本专注于介绍单元测试艺术的实用指南，无论开发者使用何种编程语言或集成开发环境（IDE），都能从中获益匪浅。作者Roy Osherove以其深入浅出的方式，引导读者逐步掌握编写单元测试的基本原理，从入门到进阶，涵盖了测试的基础知识，如如何设计可读、维护和信赖的测试用例。 书中首先会详细讲解如何着手编写单元测试，强调其在编程过程中的核心地位，确保代码质量。对于初次接触测试的新手，书中的指导易于理解且具有操作性，为他们提供了一个清晰的起步框架。同时，对于有一定经验的测试者，该书则是一份宝贵的参考资料，提供了一系列改进技巧，帮助他们在实际项目中提升测试策略。 作者将重点放在实践与理论的结合上，通过实例展示，读者可以直观地学习如何设计单元测试用例，以及如何有效地处理测试的交互部分，这有助于理解和解决复杂的软件系统中的问题。书中还探讨了最佳实践，如如何管理和维护测试套件，以确保它们在不断变化的代码库中保持高效和有效性。 书中的观点得到了业内外专家的高度评价，包括Kent Beck、Mohammad Azam、Franco Lombardo等，他们赞赏这本书对单元测试的全面剖析，不仅包含技术细节，还揭示了测试过程中可能遇到的挑战。此外，Wendy Friedlander和Francesco Goggi也对作者的深厚测试功底表示肯定，认为这本书是从理论到实践的完美结合。 《The Art of Unit Testing with Examples in .NET》是任何想要提升软件质量、确保代码可靠性的开发者的必备工具，它提供了一套完整的单元测试体系，帮助读者在实际工作中编写出既美观又实用的测试案例，提升项目的整体稳健性和可维护性。通过阅读这本书，无论是新手还是资深开发者，都能在单元测试的道路上不断进步。

The Art of Unit Testing: with Examples in .NET

2009-07-16 上传
The Art of Unit Testing builds on top of what's already been written about this important topic. It guides you step by step from simple tests to tests that are maintainable, readable, and trustworthy....

Manning The Art of Unit Testing with Examples in dot NET

2009-06-10 上传
《The Art of Unit Testing with Examples in dot NET》是由Manning出版社出版的一本专注于单元测试的专业书籍，主要面向使用.NET框架的开发人员。本书通过丰富的实例深入浅出地讲解了单元测试的重要性和实施方法，...

[电子书] .NET单元测试艺术 (英文版)

2013-03-09 上传
[Manning Publications] The Art of Unit Testing With Examples in .Net (E-Book) ☆ 出版信息：☆ [出版机构] Manning Publications [出版日期] 2009年07月05日 [图书页数] 320页 [图书语言] 英语 [图书格式] ...

The Art of Unit Testing (With Examples in .NET) 介绍

2023-05-15 上传
《The Art of Unit Testing (With Examples in .NET)》是一本介绍单元测试的经典书籍，作者是Roy Osherove。本书以.NET为例，详细介绍了单元测试的概念、原则、技术和最佳实践，旨在帮助开发人员掌握如何编写高质量...

系统测试参考文献有哪些

2023-05-31 上传
8. "The Art of Unit Testing: with examples in C#" by Roy Osherove 9. "Software Testing Techniques" by Boris Beizer 10. "Software Test Automation: Effective Use of Test Execution Tools" by Mark ...

Compare: Static Testing and Dynamic Testing

2023-05-17 上传
3. Goal: The goal of static testing is to identify defects in the software artifacts before the code is executed, while the goal of dynamic testing is to identify defects in the behavior of the ...

Write MATLAB code that will get the bootstrap standard confidence interval. Use it with the forearm data to get a confidence interval for the sample central second moment. Compare this interval with the ones obtained in the examples and in the previous problem.

2023-06-02 上传
This confidence interval is wider than the ones obtained in the examples and in the previous problem, which is expected since the bootstrap method tends to produce wider confidence intervals than the ...

1.Explain how bytecode (either CIL or Java bytecode) differs from machine code with examples of instructions. 2.Why autoboxing and autounboxing is not needed in C#? 3.How to decide when and when not to use auto-implemented properties in C#? 4.What is the difference between structs and class in C#? 5.How to decide between using a regular parameter declaration and a ref parameter declaration in a C# method? 6.What is the difference between modifiers new and override in C#? 7.How to decide between using a two-dimensional array and an array of arrays in a programming situation in C#? 8.Discuss the common errors that can arise with switch statements in Java and how C# eliminates those errors automatically. 9.How to use foreach loop in C#? Give one example. 10.What does this program print on the screen? Explain your answer by describing what a delegate is, including the meaning of +=. class C { delegate bool Check (int number); static bool IsEven (int number) { return number % 2 == 0;} static bool IsSmallerThan3 (int number) { return number < 3;} static void Main () { Check f = IsEven; f += IsSmallerThan3; Console.WriteLine ( f(3)); Console.WriteLine ( f(2)); } }

2023-06-03 上传
Here are some examples of instructions in bytecode and machine code: - Bytecode (CIL): ldloc.0 (load local variable 0), ldc.i4.5 (load constant value 5), add (addition) - Machine code: mov eax, [ebp...

There are n creatures on the plane, creature number i is a point with coordinates (xi,yi). Your goal is to establish a protective field in a shape of a circle with the minimal possible radius that will cover at least half of those creatures, i.e. ⌈n2⌉. Given that you can choose any point (possibly with non-integers coordinates) as a center of the field, determine the optimal position and radius of the field. Input The first line of the input contains an integer n — the number of creatures (1≤n≤400). The next n lines contain n pairs of real numbers xi and yi — the coordinates of each creature (−109≤xi,yi≤109). The creatures are lazy and do not move, so their positions are constant. Output Output three numbers — the center of the protective field of the minimum radius that covers at least half of the creatures, and the radius itself. All numbers should be printed with an absolute or relative error not exceeding 10−6. Examples inputCopy 8 4 3 3 4 -3 4 -4 3 -4 -3 -3 -4 3 -4 4 -3 outputCopy 0 3 4 inputCopy 4 1.5 1.5 1.5 -1.5 -1.5 -1.5 -1.5 1.5 outputCopy 1.5 0 1.5

2023-07-17 上传
To solve this problem, we can iterate over all possible center points of the protective field and calculate the minimum radius required to cover at least half of the creatures. Here's a step-by-step ...

Explain the logical operations with examples.

2023-06-07 上传
Logical operations are used in computer programming to manipulate...In the above example, the NOT operator returns the opposite of the Boolean value of x. Since x is true, the NOT operator returns false.
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