Online Access Free 1z1-493 Exam Questions

Due to internal errors in a downstream system, one of the automated tasks is receiving an error response to a request sent from OSM. Considering that the error is an issue that could be resolved by simply retrying the request, identify the functionality you would use to recover from this fallout scenario.

• A.Jeopardy
• B.follow-on order
• C.Notifications
• D.automation framework transaction rollback
• E.Order Change Management

You have an OSM system that has been configured with the default parameters recommended in the OSM documentation, but the Task Web client users report that the
OSM system is slow. Which three actions would you take?

• A.Re-install OSM in case the system responds slowly during any operations executed.
• B.Verify the amount of memory being allocated by checking the max memory configuration in the Oracle WebLogic Server startup script on the workstation where you have deployed OSM.
• C.Check whether the Task Web client user is selecting buttons, menu options, or tasks multiple times when experiencing lags between requests and responses.
• D.Verify the number of database connections.
• E.For slow Worklist access, check the number of flexible headers configured in the Worklist.

One of your client's requirements involves enrichment of an order received from a CRM system with a customer geographic region that can be retrieved by using a web service interface. Considering that the order cannot be created without this information, which development approach would you propose to meet this requirement?

• A.adding a data instance to the order data rule transformation of the corresponding recognition rule
• B.adding a data instance to the order reference transformation of the corresponding recognition rule
• C.adding a data instance to the validation rule XQuery of the corresponding recognition rule
• D.adding a data instance to the recognition rule XQuery of the corresponding recognition rule
• E.adding a data instance to the order priority transformation of the corresponding recognition rule

When defining a new stage of decomposition that decomposes order times by VPN site, you realize that you cannot model each site as an order component because you cannot estimate the number of sites at design time. How would you propose a solution to this situation?

• A.by modeling a decomposition rule with a logic that determines the target order component at run time, based on VPN site information
• B.by defining as many order components as it is needed to accept any possible combination of VPN sites
• C.by using multi-instance order components with a pivot node that will generate at run time as many order components as the sites present in the order
• D.by defining a single order component with a component ID expression that generates distinct values for distinct sites
• E.by modeling as many stages of decomposition as the number of VPN sites that you expect to handle at run time.

OSM receives customer orders that request mobile lines and that contain three order items:
one represents the mobile service, the second represents the mobile terminal, and the last represents the mobile SIM card. These order items have no reference between each other and must be provisioned independently on the network, such that they are decomposed to generate three provisioning functions. Which analyzing the provisioning system, you realize that provisioning of the SIM card order item must use some information available in the mobile service order item.
How would you provide the mobile service order item information to the function that is provisioning the SIM card order item?

• A.by adding the required order items to the task data of the function that is provisioning the SIM card
• B.by adding a bundle to group all three order items
• C.by using order item association and selecting order items with property correlation
• D.by defining a new hierarchy in the order items specification and selecting it to be used for child completion dependency
• E.by using order item association and selecting order items by matching the order component ID