1Z0-493 Online Practice Questions and Answers

OSM is executing an order with the process indicated in the diagram. Immediately after the completion of TaskD, a revision is received, which causes only TaskB to be re-evaluated. During the re-execution of TaskB, a significant data element used by TaskA and TaskD is updated in the order. Which task is reevaluated when the compensation for TaskB completes?

A. TaskA

B. TaskB

C. TaskC

D. TaskD

E. TaskE

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. calculating a property of your order item

D. identifying order items from incoming orders

E. applying dependencies between orchestration stages

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 Recognition Rules

B. Order Component Specifications

C. Fulfillment Modes

D. Order item action code property

E. Orchestration Sequences

When submitting test orders to OSM from Design Studio, you realize that the interface is not responding. What could be the reason?

A. The CreateOrder web service operation is not working.

B. The CreateOrderBySpecification web service operation is not working.

C. The database connection is not set.

D. The ReceiveOrder XML API operation is not working.

E. The Task Web client Create option is not working.

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 priority transformation of the corresponding recognition rule

C. adding a data instance to the order reference transformation 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 validation rule XQuery of the corresponding recognition rule

You implement an expression condition XQuery in a decomposition rule. You want to execute unit tests with your own order samples in a development environment before publishing this code. Which three statements are true about possible approaches to confirm the validity of your code?

A. Use a third-party XQuery editor to verify the functional correctness of the code.

B. Insert in your code a call to an OSM productized XQuery function, which writes log messages on server log files.

C. Verify the decomposition by using the Decomposition tree in the Order Management Web client.

D. Verify dependencies by using the Dependency Graph in the Order Management Web client.

E. Submit multiple copies of the same order concurrently to verify the functional correctness of the code.

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 two custom automation plug-ins, one sending requests to and another receiving responses from the WFM system

B. 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

C. 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

D. developing a custom automation plug-in that sends requests to and receives responses from the WFM system

E. 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

An enterprise customer requests a high-speed broadband service at three different office locations, which are indicated in three CustomerAddress structures in the order data. This requires three requests to be submitted to the activation system to activate services at the three locations.

Considering a process-based order, which is the most efficient process modeling approach to send as many requests to the activation system as the CustomerAddress structures present in your order?

A. Configure a single task that sends a request to the activation system with a Pivot Node based on the CustomerAddress structure.

B. Configure a counter in your order data and a loop in the process flow, such that the task is executed as many times as the CustomerAddress structures present in the order.

C. Configure an XQuery in a task that sends a request to the activation system to publish as many messages as the CustomerAddress structures present in the order.

D. Design the process, including as many tasks that send a request to the activation system as the maximum number of CustomerAddress structures.

E. configure an XQuery in a task that sends a request to the activation system by setting CustomerAddress as the multi-instance indicator in the task context.

In your cartridge, you have implemented one order and one orchestration sequence. What is the third element that should be configured to connect this orchestration sequence to your order?

A. Orchestration Process

B. Order Item Specification

C. Orchestration Stage

D. Decomposition Rule

E. Recognition Rule

A communications service provider has a solution modeled inside OSM sealed cartridges, which are part of a composite solution. What three enhancements can be implemented without unsealing the existing cartridges?

A. defining new fulfillment providers for new provisioning systems to decompose order items by target system

B. configuring new fulfillment dependency between two existing products

C. adding a new orchestration stage to the existing orchestration sequence to decompose order items by region

D. including new properties to the order item specification, so that the new property can be used during orchestration plan definition

E. using the existing granularity orchestration stage and changing the granularity for a billing function, so that products are billed as soon as they are provisioned.