I recall that Docker's compatibility with Linux was mentioned in our readings, but I don't think the upgrade subscription is the main reason for choosing it over VMs.
I remember discussing how Docker's lightweight nature is a big advantage over virtual machines, but I'm not sure if "not locked down" is the right phrase.
Based on my understanding of Hyperledger and the benefits of containers, I think the answer is A. Containers offer a more secure and lightweight way to run chaincode without the overhead of a full VM.
I'm not entirely sure about this one. The options seem to be getting at some nuanced differences between containers and VMs, but I'm not sure I fully grasp the implications for Hyperledger. I'll have to review my notes and try to reason through the best answer.
I'm pretty confident that the answer is A. Containers provide a more lightweight and efficient way to run chaincode compared to full virtual machines, which is likely why Hyperledger chose that approach.
Hmm, I'm a bit confused by this question. The options mention things like "locked down" and "additional programming languages", which I'm not sure I fully understand in the context of Hyperledger and chaincode. I'll have to think this through carefully.
This question seems straightforward - it's asking about the main reason Hyperledger chose containers over virtual machines. I think the answer is likely A, since containers provide a secured, lightweight way to sandbox chaincode execution.
Based on the requirements around uninterrupted access and handling failures, I believe Oracle Data Guard is the right choice here. It's designed for disaster recovery and failover scenarios.
B) Docker provides a secured, lightweight method to sandbox chaincode execution that is not ''locked down'' but additional programming languages cannot be enabled.
Hold on, I think option B is the correct answer. Docker may provide a secure sandbox, but it doesn't allow for additional programming languages to be enabled.
I agree, Docker's ability to run chaincode without relying on virtual machines is a major advantage. The 'locked down' security is a key selling point.
B) Docker provides a secured, lightweight method to sandbox chaincode execution that is not ''locked down'' but additional programming languages cannot be enabled.
B) Docker provides a secured, lightweight method to sandbox chaincode execution that is not ''locked down'' but additional programming languages cannot be enabled.
B) Docker provides a secured, lightweight method to sandbox chaincode execution that is not ''locked down'' but additional programming languages cannot be enabled.
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