testability

简明释义

英[testəˈbɪləti]美[testəˈbɪlɪti]

n. [计] 可测试性；易测性

英英释义

单词用法

同义词

反义词

例句

1.This has a big impact for both testability and flexibility of the resulting code.

这对可测试性和灵活性方面有很大的影响。

2.In my experience, this is a major problem, reducing testability and object orientation.

以我的经验，主要的问题是，减弱了测试能力和对象方位。

3.InfoQ: How does OSWorkflow enable testability of an application?

InfoQ：OS Workflow如何确保应用程序的可测试性？

4.The metadata approach doesn't hamper the testability of the layers per se.

元数据方法本身不会影响层的可测试性。

5.Better layering, looser coupling, and greater testability can be achieved over time by performing these refactorings.

通过执行这些重构，可以达到更好的分层，更宽松的耦合，以及更大的测试性。

6.One of these issues is that of testability .

但这有一些问题，现在任在测试阶段。

7.The software's architecture greatly enhances its testability.

软件的架构大大提高了它的可测试性。

8.We conducted a workshop on improving the testability of our applications.

我们举办了一次关于提高应用程序可测试性的研讨会。

9.High testability allows for quicker identification of bugs.

高可测试性可以更快地识别错误。

10.The team focused on the testability of the new features during development.

团队在开发过程中专注于新功能的可测试性。

11.In order to improve testability, we need to write more modular code.

为了提高可测试性，我们需要编写更模块化的代码。

作文

In the realm of software development, the concept of testability plays a crucial role in determining the quality and reliability of a product. Testability refers to the ease with which a software system can be tested to ensure it meets its requirements and functions as intended. A highly testable system allows developers and testers to identify defects and issues early in the development cycle, ultimately leading to better software performance and user satisfaction.One of the primary factors that contribute to testability is the design of the software. When a system is designed with testability in mind, it typically involves modular architecture, clear interfaces, and well-defined functionalities. For instance, if a software application is divided into smaller, independent modules, each module can be tested individually. This modular approach not only enhances testability but also simplifies debugging and maintenance.Another important aspect of testability is the availability of automated testing tools. Automated tests can quickly execute a large number of test cases, providing immediate feedback to developers about the health of the code. This rapid testing capability is essential for continuous integration and deployment practices, where code changes are frequently made and need to be validated promptly. By leveraging automation, teams can improve the testability of their software, allowing for more extensive coverage and reducing the likelihood of bugs slipping through undetected.Moreover, the documentation accompanying the software can significantly impact its testability. Comprehensive and clear documentation helps testers understand the expected behavior of the system, making it easier to create relevant test cases. If the documentation is lacking or unclear, it may lead to misunderstandings about how the software should function, resulting in inadequate testing. Therefore, maintaining thorough documentation is vital for enhancing testability.Furthermore, testability is closely related to the principle of separation of concerns. When different aspects of a program are separated, such as business logic, data access, and user interface, it becomes easier to test each component independently. This separation not only improves testability but also encourages better organization and maintainability of the codebase.In addition to these technical considerations, fostering a culture of quality within a development team can also enhance testability. When team members prioritize testing and quality assurance throughout the development process, they are more likely to produce testable code. Encouraging practices such as pair programming, code reviews, and regular testing can lead to a shared understanding of the importance of testability among all team members.In conclusion, testability is a fundamental attribute of software that significantly affects its overall quality and reliability. By focusing on modular design, utilizing automated testing tools, maintaining thorough documentation, embracing separation of concerns, and cultivating a quality-driven culture, development teams can enhance the testability of their software products. Ultimately, this leads to more robust applications, satisfied users, and a successful software development lifecycle.

在软件开发领域，可测试性的概念在确定产品质量和可靠性方面发挥着至关重要的作用。可测试性是指软件系统被测试以确保其满足要求并按预期功能运行的难易程度。高度可测试的系统使开发人员和测试人员能够在开发周期的早期识别缺陷和问题，从而最终提高软件性能和用户满意度。影响可测试性的主要因素之一是软件的设计。当一个系统在设计时考虑到可测试性，通常涉及模块化架构、清晰的接口和明确定义的功能。例如，如果一个软件应用程序被划分为较小的独立模块，则每个模块可以单独进行测试。这种模块化的方法不仅增强了可测试性，还简化了调试和维护。另一个与可测试性密切相关的重要方面是自动化测试工具的可用性。自动化测试可以快速执行大量测试用例，为开发人员提供有关代码健康状况的即时反馈。这种快速的测试能力对于持续集成和部署实践至关重要，在这些实践中，代码更改频繁且需要及时验证。通过利用自动化，团队可以提高软件的可测试性，从而实现更广泛的覆盖面，并减少未被检测到的错误的可能性。此外，伴随软件的文档也会显著影响其可测试性。全面且清晰的文档有助于测试人员理解系统的预期行为，从而更容易创建相关的测试用例。如果文档缺乏或不清晰，可能会导致对软件应如何运行的误解，从而导致测试不足。因此，维护详尽的文档对增强可测试性至关重要。此外，可测试性与关注点分离原则密切相关。当程序的不同方面被分开时，例如业务逻辑、数据访问和用户界面，就更容易独立测试每个组件。这种分离不仅提高了可测试性，还鼓励代码库的更好组织和可维护性。除了这些技术考量外，培养开发团队中的质量文化也可以增强可测试性。当团队成员在整个开发过程中优先考虑测试和质量保证时，他们更有可能生成可测试的代码。鼓励配对编程、代码审查和定期测试等实践可以促使所有团队成员共同理解可测试性的重要性。总之，可测试性是软件的一个基本属性，对其整体质量和可靠性产生重大影响。通过关注模块化设计、利用自动化测试工具、维护详尽的文档、拥抱关注点分离以及培养以质量为驱动的文化，开发团队可以增强其软件产品的可测试性。最终，这将导致更强大的应用程序、更满意的用户和成功的软件开发生命周期。