Online Access Free 1z1-493 Practice Test

When designing a decomposition rule, you include a decomposition condition with the following expression. Identify the reason for this development methodology.

• A.to generate a target order component only when at least one order item in the source order component has a ServiceActionCode property that does not equal "NONE"
• B.to generate a target order component only when all order items in the source order component have a ServiceActionCode property that does not equal "NONE"
• C.to include only order items with a ServiceActionCode property that equals "NONE" in the target order component
• D.to include only order items with a ServiceActionCode property that does not equal "NONE" in the target order component
• E.to generate a target order component only when at least one order item in the source order component has a ServiceActionCode property that equals "NONE"
• F.to generate a target order component only when all order items in the source order component have a ServiceActionCode property that equals "NONE"

You are defining configuration management to support your OSM solution. What are two recommendations that you should follow about modifications to the solution?

• A.If the modification is considered a fix to a problem in production, the cartridge version should not be incremented. Existing in-flight orders could be affected by this modification.
• B.If the modification is considered a fix to a problem in production, the cartridge version should not be incremented. Existing in-flight orders will not be affected by this modification.
• C.If the modification is considered an evolution, the cartridge version should be incremented. Existing in-flight orders will not be affected by this modification.
• D.If the modification is considered an evolution, the cartridge version is incremented automatically. Existing in-flight orders will not be affected by this modification.
• E.If the modification is considered an evolution, the cartridge version should be incremented. Existing in-flight orders will be affected by this modification.

A requirement indicates that OSM should send a message to an upstream system when a manual task in your provisioning process reaches the Received state. How would you model this functionality in your cartridge?

• A.with Milestone Event Notifications implemented at the Order level
• B.with Data Change Notifications implemented at the Order level
• C.with Jeopardy Notifications implemented at the Task level
• D.with Data Change Notifications implemented at the Task level
• E.with Task-State Event Notifications implemented at the Task level
• F.with Jeopardy Notifications implemented at the Order level

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

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.suspending the in-flight order in OSM and manually creating a new order to create new ports in the inventory system
• B.reallocating the reserved ports in the inventory system and activating the requested ports in the activation system manually
• C.cancelling the order in OSM and informing the customer that the request cannot be processed
• D.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
• E.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