Hmmm, the cyclomatic complexity M of a given function is M = E - N + 2, where E and N are the edges and nodes in the graph of its control flow. The control flows of both these examples contain 7 nodes and 8 edges, so both have a cyclomatic complexity of M = 8 - 7 + 2 = 3. This is confirmed by running radon on the Python version @cathodion
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Hmmm, the cyclomatic complexity M of a given function is M = E - N + 2, where E and N are the edges and nodes in the graph of its control flow. The control flows of both these examples contain 7 nodes and 8 edges, so both have a cyclomatic complexity of M = 8 - 7 + 2 = 3. This is confirmed by running radon on the Python version @cathodion offered.