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Code and data spatial complexity: two important software understandability measures

机译:代码和数据空间复杂度:两个重要的软件可理解性度量

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摘要

In order to maintain the software, the programmers need to understand the source code. The understandability of the source code depends upon the psychological complexity of the software, and it requires cognitive abilities to understand the source code. The individual needs to correlate the orientation and location of various entities with their processing, which requires spatial abilities. This paper presents two measures of spatial complexity, which are based on two important aspects of the program―code as well as data. The measures have been applied to 15 different software projects and results have been used to draw many conclusions. The validation of the results has been done with help of perfective maintenance data. Lower values of code as well as data spatial complexity denote better understandability of the source code.
机译:为了维护软件,程序员需要了解源代码。源代码的可理解性取决于软件的心理复杂性,并且需要认知能力才能理解源代码。个人需要将各种实体的方向和位置与其处理相关联,这需要空间能力。本文基于程序的两个重要方面,即代码和数据,提出了两种空间复杂度度量。这些措施已应用于15个不同的软件项目,并且已使用结果得出许多结论。通过完善的维护数据对结果进行了验证。较低的代码值和数据空间复杂度表示对源代码有更好的理解性。

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