acceptance test tolerance

简明释义

验收公差

英英释义

例句

1.It's crucial to define the acceptance test tolerance before starting the testing phase.

在开始测试阶段之前，定义验收测试容忍度是至关重要的。

2.During the project review, we discussed the acceptance test tolerance levels for the new features.

在项目审查中，我们讨论了新功能的验收测试容忍度水平。

3.The software passed the acceptance test tolerance criteria, ensuring it meets client requirements.

该软件通过了验收测试容忍度标准，确保满足客户要求。

4.The team adjusted the acceptance test tolerance after receiving feedback from the initial tests.

团队在收到初步测试反馈后调整了验收测试容忍度。

5.A higher acceptance test tolerance may lead to more flexibility in project deliverables.

更高的验收测试容忍度可能会导致项目交付物的灵活性增加。

作文

In the realm of software development and engineering, the term acceptance test tolerance refers to the allowable deviation from the expected outcomes during the acceptance testing phase. This phase is crucial, as it determines whether a product meets the requirements set forth by stakeholders and is ready for deployment. Understanding acceptance test tolerance is vital for both developers and clients, as it establishes the parameters within which a product can still be considered acceptable despite minor discrepancies.Acceptance testing is typically the final stage in the software development lifecycle. It involves validating that the software functions as intended and meets the agreed-upon specifications. During this process, clients or end-users execute a series of tests to ensure that the product behaves correctly. However, it is unrealistic to expect that every single aspect of the software will perform perfectly without any flaws. This is where acceptance test tolerance comes into play.The concept of acceptance test tolerance allows for a certain margin of error, acknowledging that minor issues may arise without compromising the overall functionality of the software. For instance, if a software application is designed to process data within a specific time frame, a tolerance level might be established to allow for slight delays in processing due to unforeseen circumstances. By defining these tolerances, teams can avoid unnecessary rework and focus on more significant issues that truly impact the user experience.Establishing acceptance test tolerance levels requires careful consideration and collaboration between developers and stakeholders. It involves analyzing the critical functionalities of the software and determining what constitutes an acceptable level of performance. This collaborative approach ensures that all parties have a clear understanding of what is expected and what can be tolerated.Moreover, documenting acceptance test tolerance is essential for future reference. It provides a benchmark against which the software can be measured during testing and helps to streamline the process. When both developers and clients agree on the tolerances, it fosters a transparent relationship where expectations are clearly defined, leading to higher satisfaction levels.In addition to improving communication, acceptance test tolerance can also enhance the efficiency of the development process. By acknowledging that not every minor issue needs to be addressed immediately, teams can prioritize their efforts on more critical features or bugs that significantly affect the user experience. This prioritization is particularly important in agile development environments, where rapid iterations are necessary.Furthermore, understanding acceptance test tolerance can lead to better risk management. By recognizing the areas where tolerances can be applied, teams can mitigate the risks associated with software deployment. If a product is released with known tolerances, users are informed about potential limitations, which can prevent dissatisfaction and increase trust in the development team.In conclusion, the concept of acceptance test tolerance plays a pivotal role in the software development process. It allows for a pragmatic approach to quality assurance, enabling teams to deliver functional products while acknowledging that minor imperfections may exist. By establishing clear tolerances, fostering collaboration, and enhancing communication, both developers and stakeholders can navigate the complexities of software acceptance testing more effectively. This ultimately leads to better products and a more satisfied user base, making acceptance test tolerance an essential aspect of modern software engineering.

在软件开发和工程领域，术语接受测试容忍度是指在接受测试阶段允许的与预期结果的偏差。这个阶段至关重要，因为它决定了产品是否符合利益相关者设定的要求，并且是否准备好部署。理解接受测试容忍度对开发人员和客户来说都是至关重要的，因为它建立了一个参数，在这个参数内，即使存在轻微的差异，产品仍然可以被认为是可接受的。接受测试通常是软件开发生命周期的最后阶段。它涉及验证软件是否按预期功能运行并满足约定的规格。在此过程中，客户或最终用户执行一系列测试，以确保产品正常运行。然而，期望软件的每一个方面都能完美无缺地表现是不现实的。这就是接受测试容忍度发挥作用的地方。接受测试容忍度的概念允许一定的误差范围，承认可能出现的小问题而不会影响软件的整体功能。例如，如果一个软件应用程序被设计为在特定的时间框架内处理数据，则可能会建立一个容忍水平，以允许由于不可预见的情况导致的处理延迟。通过定义这些容忍度，团队可以避免不必要的返工，专注于对用户体验真正有影响的更重大问题。建立接受测试容忍度水平需要开发人员和利益相关者之间的仔细考虑和协作。这涉及分析软件的关键功能并确定什么构成可接受的性能水平。这种协作方法确保所有各方对期望和可容忍的内容有清晰的理解。此外，记录接受测试容忍度对于将来的参考至关重要。它提供了一个基准，可以在测试过程中测量软件，并有助于简化流程。当开发人员和客户都同意容忍度时，它促进了透明的关系，在这种关系中，期望被明确定义，从而提高了满意度。除了改善沟通外，理解接受测试容忍度还可以提高开发过程的效率。通过承认并非每个小问题都需要立即解决，团队可以优先处理对用户体验有重大影响的更关键的功能或错误。这种优先级在敏捷开发环境中特别重要，因为快速迭代是必要的。此外，理解接受测试容忍度可以更好地进行风险管理。通过识别可以应用容忍度的领域，团队可以减轻与软件部署相关的风险。如果发布的产品具有已知的容忍度，用户就会被告知潜在的限制，这可以防止不满并增加对开发团队的信任。总之，接受测试容忍度的概念在软件开发过程中发挥着关键作用。它允许一种务实的质量保证方法，使团队能够交付功能性产品，同时承认可能存在轻微的不完美。通过建立明确的容忍度、促进协作和增强沟通，开发人员和利益相关者都可以更有效地应对软件接受测试的复杂性。这最终导致更好的产品和更满意的用户群体，使得接受测试容忍度成为现代软件工程的重要组成部分。