oracular (3) Analizo::Metric::AverageCycloComplexity.3pm.gz
NAME
Analizo::Metric::AverageCycloComplexity - Average Cyclomatic Complexity per Method (ACCM) metric
DESCRIPTION
The metric calculation is based on the following article and calculates the cyclomatic complexity of the program. Article: McCabe, Thomas J. "A complexity measure." IEEE Transactions on software Engineering 4 (1976): 308-320. The Average Cyclomatic Complexity per Method is calculated counting the predicates (i.e., decision points, or conditional paths) on each method plus one, then a mean of all methods is returned as the final value of ACCM. The cyclomatic complexity of a program represented as a graph can be calculated using a formula of graph theory: v(G) = e - n + 2 Where "e" is the number of edges and "n" is the number of nodes of the graph. Another good reference is: Woodward, Martin R., Michael A. Hennell, and David Hedley. "A measure of control flow complexity in program text." IEEE Transactions on Software Engineering 1 (1979): 45-50. perl v5.38.2 2024-05-2Analizo::Metric::AverageCycloComplexity(3pm)