modifiability

简明释义

[mɒdɪˌfaɪəˈbɪlətɪ][ˌmɑdəˌfaɪəˈbɪləti]

n. 可变性

英英释义

The quality of being able to be modified or changed.

能够被修改或改变的特性。

The capability to alter or adapt a system, design, or process to meet new requirements.

调整或适应系统、设计或过程以满足新需求的能力。

单词用法

high modifiability

高可修改性

low modifiability

低可修改性

modifiability requirements

可修改性要求

assess modifiability

评估可修改性

modifiability analysis

可修改性分析

modifiability metrics

可修改性指标

design for modifiability

为可修改性设计

evaluate modifiability

评估可修改性

同义词

adaptability

适应性

The adaptability of the system allows it to meet changing user needs.

该系统的适应性使其能够满足不断变化的用户需求。

flexibility

灵活性

Flexibility in design is crucial for accommodating future enhancements.

设计的灵活性对于适应未来的增强至关重要。

alterability

可更改性

The alterability of the software makes it easier to implement updates.

软件的可更改性使得实施更新变得更加容易。

changeability

可变性

Changeability is an important factor in product development.

可变性是产品开发中的一个重要因素。

反义词

immutability

不可变性

The system's immutability makes it difficult to adapt to new requirements.

系统的不可变性使其难以适应新需求。

rigidity

僵化

The rigidity of the rules prevents any flexibility in decision-making.

规则的僵化阻碍了决策过程中的灵活性。

例句

1.In this article, it is pointed out that the information non-modifiability and information "fidelity" involved in "information determinacy" is a momentous revolution in epistemological conception.

本文指出了“信息确定性”所涉及的信息的不可修改性、信息“保真性”是认识观念的重大变革。

2.How to integrate the trade-offs related to aspects such as performance, security, scalability and modifiability into an agile process?

敏捷中的架构——由POSA作者Kevlin Henney主持。如何将诸如性能、安全、可伸缩性与可修改性等方面的架构权衡与敏捷过程相结合。

3.In this article, it is pointed out that the information non-modifiability and information "fidelity" involved in "information determinacy" is a momentous revolution in epistemological conception.

本文指出了“信息确定性”所涉及的信息的不可修改性、信息“保真性”是认识观念的重大变革。

4.Data expression method of 3d geological model in computer is data model of 3d geological model. It has characters of certainty, visualization and modifiability.

三维地质模型在计算机中的数据表达就是三维地质模型的数据模型,它具有确定性、可视性和可修改性的特点。

5.At an architectural level, they desired clean application layering in order to improve modifiability and maintainability.

在架构层,他们期望干净的应用程序分层,为了提高可修改性和可维护性。

6.The controller tunes parameters of neural network adaptively via the self-modifiability of network on-line, while the motor is running.

控制器调谐自适应参数的神经网络,在电动机运行时,通过自上线的网络可修改。

7.The FEA program developed based on this framework has good stability, modifiability and reusability.

以此为基础开发的有限元程序具有很好的稳定性、可修改性和可重用性。

8.Are proper controls in place to balance security, modifiability, and compliance with it and other standards?

是否有适当的控制来平衡安全、可修改性、以及遵循it和其他标准?

9.During its developing process, we have attached great importance to improve its modifiability, expandability and maintainability...

在系统的开发的过程中,我们最关注的问题是如何提高系统的可修改性、可扩展性和可维护性。

10.High modifiability is crucial for systems that need to adapt to changing requirements.

可修改性对于需要适应变化需求的系统至关重要。

11.The modifiability of the codebase affects how quickly we can respond to user feedback.

代码库的可修改性影响我们响应用户反馈的速度。

12.In our project, we prioritize modifiability to ensure long-term sustainability.

在我们的项目中,我们优先考虑可修改性以确保长期可持续性。

13.The software's modifiability allows developers to easily implement new features.

该软件的可修改性使开发人员能够轻松实现新功能。

14.We chose this framework because of its excellent modifiability and support for plugins.

我们选择这个框架是因为它出色的可修改性和对插件的支持。

作文

In the world of software development, the term modifiability refers to the ease with which a software system can be changed or adapted to meet new requirements. This concept is crucial for developers and project managers alike, as it directly impacts the longevity and relevance of a software application. As technology evolves and user needs shift, the ability to modify existing systems becomes essential. Without high modifiability, software can quickly become obsolete, leading to increased costs and wasted resources. One of the key factors that influence modifiability is the design of the software architecture. A well-structured architecture allows for easier updates and modifications, while a poorly designed one can lead to significant challenges when changes are required. For instance, using modular programming techniques can enhance modifiability by allowing developers to isolate changes to specific components without affecting the entire system. This not only saves time but also minimizes the risk of introducing new bugs during the modification process.Furthermore, documentation plays a vital role in ensuring modifiability. Comprehensive and clear documentation allows developers to understand the system better, making it easier to implement changes. When documentation is lacking or unclear, even simple modifications can become daunting tasks, leading to frustration and potential delays in project timelines.Another aspect of modifiability is the use of programming languages and tools that support flexible coding practices. Languages that favor readability and maintainability can significantly enhance a developer's ability to modify code efficiently. For example, languages like Python and JavaScript are often praised for their simplicity and flexibility, which can encourage developers to adapt and modify code with relative ease.Moreover, testing is an integral part of maintaining modifiability. Automated tests ensure that any modifications made to the software do not break existing functionality. By implementing a robust testing framework, developers can confidently make changes, knowing that they will be alerted to any issues that arise as a result of those changes. This safety net encourages a culture of continuous improvement and innovation within development teams.In conclusion, modifiability is a fundamental attribute of software systems that determines how easily they can be changed to accommodate new requirements. It is influenced by various factors including software architecture, documentation, programming languages, and testing practices. As we move forward in an ever-changing technological landscape, prioritizing modifiability in software design will be crucial for the success and sustainability of software applications. The ability to adapt quickly to new challenges and opportunities will ultimately define the effectiveness and longevity of any software solution in today’s fast-paced environment. Therefore, developers and organizations must recognize the importance of modifiability and strive to incorporate it into their development processes to remain competitive and responsive to user needs.

在软件开发的世界中,术语modifiability指的是软件系统被更改或适应新需求的难易程度。这个概念对于开发人员和项目经理来说至关重要,因为它直接影响到软件应用程序的长期使用和相关性。随着技术的不断发展和用户需求的变化,修改现有系统的能力变得非常重要。如果没有高modifiability,软件很快就会变得过时,导致成本增加和资源浪费。影响modifiability的关键因素之一是软件架构的设计。良好的架构结构允许更容易的更新和修改,而设计不佳的架构则可能在需要更改时带来重大挑战。例如,使用模块化编程技术可以通过允许开发人员将更改隔离到特定组件,从而增强modifiability,而不影响整个系统。这不仅节省了时间,还最小化了在修改过程中引入新错误的风险。此外,文档在确保modifiability方面也发挥着重要作用。全面且清晰的文档使开发人员能够更好地理解系统,从而更容易实施更改。当文档缺乏或不清晰时,即使是简单的修改也可能变成艰巨的任务,导致挫折感和潜在的项目时间延误。modifiability的另一个方面是使用支持灵活编码实践的编程语言和工具。那些注重可读性和可维护性的语言可以显著提高开发人员有效修改代码的能力。例如,像Python和JavaScript这样的语言因其简单性和灵活性而受到赞誉,这可以鼓励开发人员相对轻松地调整和修改代码。此外,测试是维护modifiability的重要组成部分。自动化测试确保对软件所做的任何修改不会破坏现有功能。通过实施强大的测试框架,开发人员可以自信地进行更改,知道他们会在这些更改导致任何问题时收到警报。这个安全网鼓励开发团队内持续改进和创新的文化。总之,modifiability是软件系统的基本属性,决定了它们在多大程度上可以被更改以适应新要求。它受到多个因素的影响,包括软件架构、文档、编程语言和测试实践。随着我们在不断变化的技术环境中前进,在软件设计中优先考虑modifiability对于软件应用程序的成功和可持续性至关重要。快速适应新挑战和机会的能力最终将定义任何软件解决方案在当今快节奏环境中的有效性和持久性。因此,开发人员和组织必须认识到modifiability的重要性,并努力将其纳入他们的开发过程,以保持竞争力并响应用户需求。