Authentic Salesforce Certification Exam B2C-Commerce-Architect Questions Answers

Given the concerns about the reliability of the OMS, implementing scheduled batch exports ensures that order data is not lost due to potential OMS downtime and allows for reattempting failed exports.Option B uses SFTP for a high-frequency batch export, which can be scheduled to run multiple times a day, ensuring minimal delay in order synchronization while marking orders as exported upon successful transmission. Option C provides a similar safeguard but via web service, which can be scheduled to run hourly. Both methods enable tracking of export status and can handle temporary downtimes by reattempting the export until successful, aligning with the need for reliability in integration processes.

To enhance the security of the notification controller exposed for marking orders as paid, the recommended approach is to add an order-specific token to the callback URL (Answer C). This token should be verified against a stored value on the order to ensure the authenticity and integrity of the payment notification. This method prevents unauthorized use of the controller, as only callbacks containing the correct, order-specific token would be allowed to mark orders as paid. This strategy is essential in maintaining secure and reliable transaction processes within Salesforce B2C Commerce.

Reducing the replication times in data synchronization can be effectively achieved by removing or reducing frequency of tasks that are less critical or that do not change frequently. Static content, such as images and static texts that do not change often, can be safely removed from frequent replication schedules (Answer B). This adjustment will reduce the data load and frequency of updates, thereby speeding up the overall replication process. Unlike dynamic content like campaigns, search indexes, or URLs that might change frequently and impact user experience or site functionality if not updated, static content does not typically necessitate immediate replication, making it a suitable candidate for removal to enhance replication efficiency.