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Based on the state diagram above, how many test cases are needed to achieve 1-switch coverage? 2 credits [K3]
Suggested Answer: C
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36 comments · newest first
ER
Erasmo
10 months ago
Wait, are we sure about this? 5 seems too low!
SE
Selma
11 months ago
I agree, 7 sounds right for 1-switch coverage.
MA
Marci
11 months ago
Not sure, but 9 seems excessive.
CA
Cassie
11 months ago
Definitely 8, that's what I see.
EU
Eugene
11 months ago
I think it's 7 test cases.
ER
Ernest
12 months ago
I thought it was 9 based on the last practice exam, but now I'm second-guessing if I counted the transitions correctly.
ME
Merlyn
12 months ago
I feel like it might be 8, but I can't recall if that includes all possible transitions or just the ones that switch states.
ET
Ettie
12 months ago
I remember practicing a similar question where we had to count transitions, and I think it was around 7 test cases for 1-switch coverage.
PA
Pansy
1 year ago
I think for 1-switch coverage, we need to ensure that every transition is tested at least once, but I'm not sure how many states are in the diagram.
MI
Misty
1 year ago
I'm pretty confident I know the answer to this one. Counting the number of switches in the state diagram, I get 8 test cases needed for 1-switch coverage. Let me double-check that, but I think that's the right solution.
TH
Thaddeus
1 year ago
Alright, I've got this. To achieve 1-switch coverage, I need to test each transition between states. Counting the number of transitions in the diagram, I get 7 test cases. Time to mark that down.
TI
Tiffiny
1 year ago
Okay, I'm a bit confused by this question. I know 1-switch coverage means I need to test each transition between states, but I'm not sure how to count that from the diagram. I'll have to think this through carefully.
JA
Jamika
1 year ago
Hmm, let me think about this. I need to count the number of switches in the state diagram to achieve 1-switch coverage. Looks like there are a few options here.
OR
Oretha
1 year ago
Okay, I see the options here. Copying passwords to allow simplified login seems risky from a security standpoint, so I'm going to rule out C and D. I think A is the way to go, but I'll double-check the specifics.
MI
Mitzie
1 year ago
The key here is understanding the common ports used for NULL session attacks on older Windows systems. I've got a strategy for figuring this out.
RE
Reynalda
1 year ago
I'm going to start by eliminating the options that don't seem to fit the question, like "centralization" and "assurance." Then I'll focus on the remaining choices and select the three that I think are the most critical foundational elements.
CH
Christoper
2 years ago
Interesting. I'll go with option C) 8 as my answer.
LA
Lai
2 years ago
I think 7 test cases might be needed to cover all possible transitions.
SH
Sheridan
2 years ago
I believe we need at least 5 test cases to achieve 1-switch coverage.
CH
Christoper
2 years ago
So, how many test cases do you think we need for 1-switch coverage?
LA
Lai
2 years ago
I agree with Mike. We need to make sure every transition is covered in our test cases.
SH
Sheridan
2 years ago
I think we need to consider all possible transitions to achieve 1-switch coverage.
DA
Daisy
2 years ago
So, should we go with 8 test cases or 9 test cases to be on the safe side?
AN
Angelica
2 years ago
I see your point, Elbert. It's important to cover all transitions for thorough testing.
EL
Elbert
2 years ago
But wouldn't we need to include all possible transitions as well? I think 9 test cases are needed.
KA
Kaitlyn
2 years ago
I agree with Daisy. The state diagram shows multiple states, so we need to cover all switches.
DA
Daisy
2 years ago
I think we need 8 test cases to achieve 1-switch coverage.
KR
Krystina
3 years ago
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.
JI
Jillian
2 years ago
I agree with Jutta, 9 seems more likely.
JU
Jutta
2 years ago
I'm not so sure about that. I believe it's 9.
CL
Clarinda
2 years ago
I think it's 7 test cases.
DA
Dalene
3 years ago
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?
MA
Maxima
3 years ago
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.
VA
Vanesa
3 years ago
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.
GR
Gracie
3 years ago
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.
TR
Tricia
3 years ago
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.