Oct 11, 2018 · For example, the cyclomatic complexity is the number of test cases needed to achieve 100% branch coverage, assuming well-written tests. A good starting point might be the Wikipedia …

I've recently come across Cyclomatic Complexity and I'd like to try to understand it better. What are some practical coding examples of the different factors that go into calculating the complexity?

Not sure how to go about this method to reduce Cyclomatic Complexity. Sonar reports 13 whereas 10 is expected. I am sure nothing harm in leaving this method as it is, however, just challenging me h...

The level of cyclomatic complexity that each group can tolerate is almost certainly going to vary substantially. It's a subjective metric; evaluate the setting on your Code Metrics solution, and adjust it …

Dec 2, 2016 · 2 Cyclomatic complexity of a method is related to the number of test cases required for a method. Specifically, a cyclomatic complexity of 10 means that 10 is the upper bound for test cases …

Jul 13, 2019 · McCabe developed cyclomatic complexity in the context of unstructured programs: built around gotos or jumps rather than if/else, loops, and functions. Part of his motivation is to show that …

May 8, 2016 · Don't bother. McCabe Cyclomatic Complexity (MCC) has been shown, on real code, to be VERY (emphasis added) strongly correlated with raw number of source lines of code (SLOC). This …

Mar 17, 2017 · Measuring cyclomatic complexity on a per function basis leads people to what I consider "cheating". Functions are split into many functions that only work when used with another function. …

Sep 10, 2022 · How to compute cyclomatic complexity for empty whiles and if + breaks? conditions cyclomatic-complexity

Jun 12, 2025 · Wikipedia says that following program has cyclomatic complexity of 3 Given that formula is V-E+2P, the answer is definitely 3 (9 - 8 + 2*1 = 3). Alternative definition says: Number of tests to …