Online Access Free 1z1-493 Exam Questions

Your OSM cartridge includes two structures at the same level as your order template:
- Customer structure with single cardinality and including information about customer profiles such as customerName, customerAddress, and customerContact
- Devices structure with multiple cardinality and including information about the physical elements associated with an order
A new activation system will interact with OSM, requiring a list of devices to activate and a customer profile to be associated for each device structure.
Which approach would you use to reflect this association in your order data, without causing a big impact on the existing modeling?

• A.At the data schema level, modify the Devices structure by creating a child Reference
  Node to the Customer structure.
• B.At the data schema level, create a new node "CustomerDevice" and include the elements of both Customer and Devices.
• C.At the data schema level, move the Customer structure to be placed inside the Devices structure.
• D.At the order template level, modify the Devices structure by creating a child Reference
  Node to the Customer structure.
• E.Modify the task data of only those tasks that interact with the new activation system by placing the Customer structure inside the Devices structure.

A customer purchases ABC service for which a new order is submitted to Order Service Management (OSM).
Activation for this service is under execution, indicating that the point- of-no-return has not yet been reached, when the customer decides to change the ABC service to XYZ service.
Which two OSM features can you use to handle the customer's request?

• A.Order Fallout Management
• B.Future-dated orders
• C.Order Change Management
• D.Creation of new orders
• E.Follow-on orders

You must implement a dependency between two order components within a product specification, where the dependent order component will wait the amount of time defined in an order item property after the blocking order component finishes its execution and before starting its own execution.
What are the two tasks required to configure this behavior?

• A.defining a Wait For Condition in the dependency, which is configured with the task state "Completed"
• B.defining a Wait Delay in the dependency, which is configured with a fixed time duration
• C.defining a Wait For Condition in the dependency, which is configured with a data change notification
• D.defining a Wait Condition in the dependency, which is configured with no delay duration
• E.defining a Wait Delay in the dependency, which is configured with a duration expression
• F.defining a Wait Condition in the dependency, which is configured with the task state "Received"

You have the following process and subprocess configured in your OSM cartridge. The compensation strategy when a task needs to be re-evaluated is set to "Undo then Redo" for
TaskB and "Redo" for all other tasks. On the other hand, the compensation strategy when a task is no longer required is set to "Undo" for all tasks. OSM has just completed the execution of TaskD when a revision is submitted, which causes all tasks to be re- evaluated. Which two tasks will be executed with the Undo execution mode?

• A.TaskC
• B.TaskA
• C.TaskE
• D.TaskD
• E.TaskB

You are requested to design a solution to handle a fallout scenario while communicating with an inventory system for resource allocation because there are no available ports for a product that was purchased. Identify a solution that would address this condition.

• A.using the Task Web client to edit the order, manually changing the data received from the CRM system, and retrying the failed task for proper allocation of new ports
• B.designing OSM to update the CRM system about the failure, so that the customer service representative (CSR) can decide whether to cancel the in-flight order or issue a new revision order to allocate new ports
• C.reallocating the reserved ports in the inventory system and activating the requested ports in the activation system manually
• D.suspending the in-flight order in OSM and manually creating a new order to create new ports in the inventory system
• E.cancelling the order in OSM and informing the customer that the request cannot be processed