I think preventing single points of failure is crucial for high availability, but I'm not entirely sure if it's the only building block we need to consider.
I've worked with FileNet P8 before, and I know that redundancy and failover are critical for high availability. I think option A is the right answer, but I'll review the other choices just to be sure.
Okay, let me break this down. Preventing single points of failure, using LTPA keys, having multiple instances - those all sound relevant. I'll need to really analyze each option to determine the best answer.
Preventing single points of failure is definitely a key aspect of high availability, so I'm leaning towards option A. But I want to double-check the other choices to make sure I'm not missing anything.
Hmm, I'm not too familiar with the specifics of FileNet P8 architecture. I'll need to think this through carefully and try to recall what I know about high availability concepts.
Okay, let me think this through step-by-step. I'll go through each statement and check it against the information given. I think I can figure this out.
Okay, I've got it. The service-orientation principle that would help hide the implementation details is Service Abstraction. That's the one I'm going with.
A) Preventing single points of failure - Of course! You can't have high availability without eliminating those pesky single points of failure. It's like trying to build a house of cards in a hurricane.
D) A group of servers where there is only one instance of each ECM component - Ah, the classic design pattern for high availability. Redundancy is key!
A) Preventing single points of failure - That's the most obvious answer! Gotta make sure there are no single points of failure in a highly available system.
D) A group of servers where there is only one instance of each ECM component - Having a group of servers with unique ECM components is important for redundancy.
A) Preventing single points of failure - That's the most obvious answer! Gotta make sure there are no single points of failure in a highly available system.
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