Robustness在代码安全中的重要性

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稳健性
健壮性是计算机系统在执行过程中处理错误和处理错误输入的能力。健壮性可以涵盖计算机科学的许多领域,例如健壮的编程、健壮的机器学习和健壮的安全网络。应用程序的成功源于在正确的时间做出正确的决定。最成功的移动应用程序开发人员了解其客户使用的各种移动设备的性能、质量和稳健性的重要性。
坚固的产品可以是不易损坏的产品。因此,任何单个应用程序都可以在不干扰操作系统或其他应用程序的情况下发生故障的操作系统可以说是健壮的。健壮有时也用于表示具有完整功能的产品或产品系统。因此,在商业环境中,早期的 UNIX 系统并不像 IBM 的大型机操作系统(如MVS )那样健壮 ,后者旨在以极低的故障率和自动备份文件系统等功能连续运行。
Robustness
Robustness is the ability of a computer system to cope with errors during execution and deal with erroneous input. Robustness can encompass many areas of computer science, such as robust programming, robust machine learning, and Robust Security Network. An app succeeds as a result of the right decisions made at the right time. The most successful mobile app developers understand the importance of performance, quality, and robustness across the array of mobile devices that their customers use.
A robust product can be one that doesn’t break easily. Thus, an operating system in which any individual application can fail without disturbing the operating system or other applications can be said to be robust. Robust is also sometimes used to mean a product or system of products designed with a full complement of capabilities. Thus, in the context of the business world, early UNIX systems were not considered as robust as IBM’s mainframe operating systems, such as MVS, which were designed for continuous operation with a very low failure rate and features such as automatic backup of file systems.