Cyclomatic complexity is a quantitative measure of the linearly independent paths in source code that can help you understand the complexity of your program and improve code coverage There are various factors that can contribute to the complexity of a type or a method pertaining to a type in ...
具体步骤参考我的ABAP博客: A Small tip to get all transparent tables used in ABAP code Useful tips regarding ABAP code inspector that you may not know 而Java可以用一个叫做SourceMonitor的工具测量环复杂度: 详细使用参考我的博客Use SourceMonitor to monitor your java code complexity...
具体步骤参考我的ABAP博客: A Small tip to get all transparent tables used in ABAP code Useful tips regarding ABAP code inspector that you may not know 而Java可以用一个叫做SourceMonitor的工具测量环复杂度: 详细使用参考我的博客Use SourceMonitor to monitor your java code complexity...
There is some basic truth to the idea that the more lines of code in a function, the more likely it is to have errors. However, when you combine cyclomatic complexity with lines of code, then you have a much clearer picture of the potential for errors....
code qualityfunction reconstructionSoftware code is keeping evolving if it has its life. On the basis of measuring the complexity of ASON Code, how the complicated software system of carriergrade degraded in the process of continuous incremental developing was analyzed. From this, the disadvantage of...
This metric calculates the number of decision points in a function and adds one to the total. A decision point is a statement that causes your program to branch into two paths. The recommended upper limit for this metric is 10. If the cyclomatic complexity is high, the code is both diffic...
Cyclomatic complexity, sometimes referred to as McCabe's complexity, is a count of the linearly independent paths through source code. You can also think of this more simply as "the number of decisions a given block of code needs to make". Most languages provide similar constructs (if, while...
Cyclomatic complexity serves as a vital gauge in computer science, quantifying a program's complexity by counting its independent paths. Monitoring this metric enables the pinpointing of problematic code sections prone to errors, facilitating easier main
2.1 Cyclomatic complexity Cyclomatic complexity (CC for short), also known as conditional complexity, is a measure of code complexity. Proposed by Thomas J. McCabe, Sr. in 1976, it is used to express the complexity of a program, and its symbol is VG or M. It can be used to measure th...
Programs with higher complexity are more open to errors and are difficult to test and maintain. On the other side, programs with lower complexity are very easy to understand, test, and modify. Basically cyclomatic complexity helps in identifying which areas of the code need more testing or a...