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Linux Foundation HFCP Exam - Topic 1 Question 10 Discussion

Which of the following information do signature policies provide when creating a network in Hyperledger Fabric?
A) Identity specific users who must sign in order to satisfy a policy. B Number of nodes in the network
C) Private keys of all network participants.
D) Type of consensus algorithm used

Linux Foundation HFCP Exam - Topic 1 Question 10 Discussion

Actual exam question for Linux Foundation's HFCP exam
Question #: 10
Topic #: 1
[All HFCP Questions]

Which of the following information do signature policies provide when creating a network in Hyperledger Fabric?

Show Suggested Answer Hide Answer
Suggested Answer: A

In Hyperledger Fabric, a range query with a start and end key is a type of query that searches for all ledger entries whose keys fall within the specified range defined by the startKey and endKey. This is used, for example, to retrieve a subset of assets from the ledger based on their key values, effectively iterating over a specified range .


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Robt
7 months ago
I didn't know signature policies didn't include private keys, that's surprising!
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Dolores
7 months ago
Wait, are you sure A is the only one? What about D?
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Joaquin
7 months ago
A is the only correct answer here, no doubt!
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Alisha
7 months ago
I think B is important too, but not related to signature policies.
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Vanda
8 months ago
Definitely A, that's what signature policies are for!
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Leonor
8 months ago
I’m confused about this one. I thought signature policies might include details about nodes, but that doesn’t seem to fit with what I studied.
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Reuben
8 months ago
I practiced a question similar to this, and I feel like signature policies definitely relate to user identities, so A seems right to me.
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Gene
8 months ago
I'm not entirely sure, but I remember something about consensus algorithms being important in network design. Could it be option D?
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Mariko
8 months ago
I think signature policies are mainly about identifying users who need to sign off on transactions, so I might lean towards option A.
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Venita
8 months ago
Ah yes, I remember now! Signature policies define the identities and number of signatures required to satisfy a policy. So the correct answer must be A. Glad I could recall that from the lectures.
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Meghan
8 months ago
Okay, let me see here. I know signature policies are related to access control in Hyperledger Fabric, but I'm not sure if they provide the number of nodes, private keys, or consensus algorithm info. I'll have to review my notes on this.
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Reynalda
8 months ago
Hmm, I'm a bit unsure about this one. I know signature policies have something to do with managing identities, but I can't quite remember the specifics. I'll have to think this through carefully.
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Carey
8 months ago
This one seems pretty straightforward. I'm pretty confident the answer is A - signature policies define the identities of users who must sign to satisfy a policy.
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Leah
9 months ago
I'm a little confused by this question. Are we talking about using probability distributions for risk management specifically, or just in general project management? If it's the former, then I think A is the best choice. But if it's the broader application, I'm not as confident.
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Harrison
9 months ago
I'm a bit confused by the wording of the question. Can roll-up summaries only be used on master-detail relationships? Or can they also work on lookup relationships? I'll need to double-check that detail.
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Fidelia
9 months ago
Alright, let's break this down. The error message is pretty clear - the content filters and DLP actions are set up differently on esa1 compared to the cluster. I'll start by checking the settings on esa1 and see if I can identify where the discrepancy is.
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Maddie
1 year ago
Signature policies? I thought we were talking about autographs. Can I get the network participants to sign my copy of the whitepaper?
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Aja
1 year ago
D) Type of consensus algorithm used
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Alaine
1 year ago
B) Number of nodes in the network
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Iraida
1 year ago
A) Identity specific users who must sign in order to satisfy a policy.
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Patria
1 year ago
Consensus algorithm? I thought this was about signatures, not the technical implementation details. I'm going to have to brush up on my Hyperledger Fabric knowledge.
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Dorothea
1 year ago
D) Type of consensus algorithm used
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Billy
1 year ago
A) Identity specific users who must sign in order to satisfy a policy.
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Nenita
1 year ago
Private keys? Really? That's like handing out the keys to the kingdom. I'd rather not put that kind of sensitive information in a signature policy.
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Lamonica
1 year ago
I was hoping the answer would be about the number of nodes. That's the real secret sauce in a Hyperledger Fabric network, you know.
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Luann
1 year ago
D) Type of consensus algorithm used
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Shenika
1 year ago
C) Private keys of all network participants.
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Raylene
1 year ago
B) Number of nodes in the network
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Tricia
1 year ago
B) Number of nodes in the network
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Francis
1 year ago
A) Identity specific users who must sign in order to satisfy a policy.
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Jules
1 year ago
A) Identity specific users who must sign in order to satisfy a policy.
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Lonny
1 year ago
Signature policies define the identity of specific users who must sign transactions to satisfy a policy. This is crucial for network security and access control.
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Jesse
1 year ago
But what about the private keys of all network participants? Isn't that important too?
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Rebecka
1 year ago
I agree with Elli, it helps in ensuring security and accountability.
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Elli
1 year ago
I think signature policies provide identity specific users who must sign.
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