Hmm, I'm not entirely convinced. I think I might need to draw out the state diagram myself and really analyze it step-by-step. This is a tough one, for sure.
I agree with Maxima. This state diagram is tricky, but I'm confident that D) 9 test cases is the way to go. Gotta make sure we cover all those switches, you know?
Woah, hold up there, Vanesa! I'm pretty sure you're missing a transition. Let me double-check the diagram... Ah, yes, there's one more! So I think the correct answer is D) 9 test cases.
Alright, let's see. I count 8 transitions in the state diagram, so I'm going to go with option C) 8 test cases needed for 1-switch coverage. Seems like the most logical choice to me.
Hmm, I'm not too sure about this one. The state diagram looks a bit complex, and I'm worried I might have missed something important. I'll have to really think this through carefully.
This question is definitely testing our understanding of state transition coverage. I think the key is to carefully analyze the state diagram and identify the minimum number of test cases required to cover all the transitions.
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