1z0-493 무료 덤프문제 온라인 액세스

You have an XQuery automation plugin that performs several interactions with OSM, including searching for orders, getting detailed order information based on search results, and deciding whether to suspend those orders or not. What interface would you suggest to be used by this plugin in order to perform these interactions?

• A.web service
• B.OSM database
• C.XML API
• D.Order Management Web client
• E.Task Web client

Integration limitations force OSM to call the work force management (WFM) system interface directly, without any middleware between these two systems. The interface consists of a web service over HTTP protocol with synchronous communication. What is the best way to implement your OSM solution without including any extra modules outside
OSM (such as a stand-alone Message-Driven Bean)?

• A.developing a custom automation plug-in that sends requests to the WFM system and an
  XQuery Automation External Event Receiver to receive responses from the WFM system
• B.developing two custom automation plug-ins, one sending requests to and another receiving responses from the WFM system
• C.developing an XQuery Sender Internal Event Receiver to send requests to the WFM system and an XQuery Automator External Event Receiver to receive responses from the
  WFM system
• D.developing an XQuery Sender Internal Event Receiver to send requests to the WFM system and a custom automation plug-in to receive responses from the WFM system
• E.developing a custom automation plug-in that sends requests to and receives responses from the WFM system

Which two functions can you perform by using XQuery expressions in your orchestration sequence?

• A.selecting a fulfillment mode for an order
• B.applying a condition to an orchestration stage
• C.applying dependencies between orchestration stages
• D.identifying order items from incoming orders
• E.calculating a property of your order item

You have a cartridge that defines three stages of decomposition. The first stage contains order components that represent functions, the second stage contains order components that represent target systems, and the third stage contains order components that represent granularities. You want to define decomposition rules that always apply the same granularity to a function, independent of the target system that this function is communicating to. How would you design these decomposition rules such that it is easy to maintain them in the future evolutions of your system topology?

• A.a single decomposition rule with the function as the source order component and the granularity as the target order component
• B.a single decomposition rule that has all target systems as source order components and the granularity as the target order component
• C.one decomposition rule for each target system used by the function, having this target system as the source order component and the granularity as the target order component
• D.a single decomposition rule that has only the target systems used by the function as source order components and the granularity as the target order component
• E.one decomposition rule for each target system, having this target system as the source order component and the granularity as the target order component

Your CRM system has an order that includes new broadband service order items to be provisioned and existing mobile service order items to be terminated in the network. Before sending this order for fulfillment, the customer requirements specify that the CRM system should send the same order items to the Order Management System to check whether it is feasible to fulfill the need.
Which entity in OSM would you use to differentiate between the orchestration plans that should be executed for each of these two (fulfill and check) orders?

• A.Order item action code property
• B.Order Recognition Rules
• C.Orchestration Sequences
• D.Order Component Specifications
• E.Fulfillment Modes