Which statement is correct about the Sticky Decision Function?

Which statement is correct about the Sticky Decision Function?

• A. It is not supported with either the Performance pack of a hardware based accelerator card
• B. Does not support SPI's when configured for Load Sharing
• C. It is automatically disabled if the Mobile Access Software Blade is enabled on the cluster
• D. It is not required L2TP traffic

Answer: (A)

The Sticky Decision Function is a feature used in clusters to maintain session persistence by ensuring that once a client establishes a connection, it will continue to be handled by the same cluster member throughout its session. In the context of the provided statement, it's important to consider how this function interacts with system capabilities. The assertion that the Sticky Decision Function is not supported with either the Performance Pack of a hardware-based accelerator card is correct. This limitation can arise due to the way traffic is processed and offloaded on hardware-based solutions. When employing these performance packs or accelerator cards, certain features, including session persistence mechanisms, may not function as intended, leading to potential difficulties in maintaining session integrity across cluster members. Understanding this interaction is crucial for configuring high-availability environments, as cluster configurations need to account for features that could be disabled or unsupported by the hardware in use.

The Sticky Decision Function is a feature used in clusters to maintain session persistence by ensuring that once a client establishes a connection, it will continue to be handled by the same cluster member throughout its session. In the context of the provided statement, it's important to consider how this function interacts with system capabilities.

The assertion that the Sticky Decision Function is not supported with either the Performance Pack of a hardware-based accelerator card is correct. This limitation can arise due to the way traffic is processed and offloaded on hardware-based solutions. When employing these performance packs or accelerator cards, certain features, including session persistence mechanisms, may not function as intended, leading to potential difficulties in maintaining session integrity across cluster members.

Understanding this interaction is crucial for configuring high-availability environments, as cluster configurations need to account for features that could be disabled or unsupported by the hardware in use.