Oracle 1Z0-493 Online Practice Questions and Exam Preparation

Oracle 1Z0-493 Online Questions & Answers

• Question 1:

  What is the relationship between the states defined in your Order Lifecycle Policy and those defined in the order components' external fulfillment states?

  A. External fulfillment states are independent of the states in the Order Lifecycle Policy.
  B. External fulfillment states are the states present in the Order Lifecycle Policy.
  C. A Fulfillment State Map entity maps external fulfillment states to fulfillment states that are the states of the Order Lifecycle Policy.
  D. A Fulfillment State Map entity maps external fulfillment states to fulfillment states, which compose the order item states that are present in the Order Lifecycle Policy.
  E. A Fulfillment State Map entity maps external fulfillment states to fulfillment states, which compose the order states that are present in the Order Lifecycle Policy.
  A. External fulfillment states are independent of the states in the Order Lifecycle Policy.

• Question 2:

  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. 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
  B. cancelling the order in OSM and informing the customer that the request cannot be processed
  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. 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
  A. 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

• Question 3:

  You have implemented a custom logic that indicates in a field of your order data if the point-of-no-return (PoNR) has been reached or not. Identify two places where you should implement the logic to check this PoNR when order entry systems want to apply changes to an in-flight order.

  A. in a behavior in the Creation Task that is used to create your order
  B. in the Cancel Order transitions of the Order Lifecycle Policy
  C. in the Submit Amendment transitions of the Order Lifecycle Policy
  D. in the Process Amendment transitions of the Order Lifecycle Policy
  E. in the order recognition rule that recognizes your order
  C. in the Submit Amendment transitions of the Order Lifecycle Policy
  D. in the Process Amendment transitions of the Order Lifecycle Policy

• Question 4:

  Why would you use the Security Callback feature?

  A. to intercept user interaction with orders before they gain access to sensitive order data
  B. to block users from accessing any OSM applications and interfaces
  C. to intercept critical security alerts for OSM applications before they cause runtime exceptions
  D. to allow administrative users to enable security alerts for OSM applications
  E. to prevent users without administrative roles to access the WebLogic administration console
  A. to intercept user interaction with orders before they gain access to sensitive order data

• Question 5:

  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.
  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.

• Question 6:

  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. Task Web client
  E. Order Management Web client
  C. XML API

• Question 7:

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

• Question 8:

  You have configured the following process flow in your OSM. Identify two possible outcomes of this process.

  

  A. When the Join Type configuration of the Join element is set to ALL, the ProvisionService task will never be executed.
  B. The Join Type configuration of the Join element must be set to ALL for the process to execute correctly.
  C. The Join element can be eliminated from the process and the same logic can be implemented with the remaining elements.
  D. The "Is New Service Required?" element can have as many exit flows as needed, if the use case logic requires it.
  E. There would be an error if the "Next" transition is substituted by a transition without status.
  A. When the Join Type configuration of the Join element is set to ALL, the ProvisionService task will never be executed.
  D. The "Is New Service Required?" element can have as many exit flows as needed, if the use case logic requires it.

• Question 9:

  Identify the sequence of high-level activities that are performed in a typical telecommunications service provider environment where Order Management is implemented.

  A. Order Entry and Validation in the CRM system; Order Decomposition and Orchestration in the Order Management system -> Resource Allocation in the Inventory system; Resource Activation in the Activation system; Resource Billing in the Billing Management system
  B. Order Entry and Validation in the CRM system; Order Decomposition and Orchestration in the Order Management system -> Resource Activation in the Activation system; Resource Allocation in the Inventory system; Resource Billing in the Billing Management system
  C. Order Entry and Validation in the CRM system; Order Decomposition and Orchestration in the Order Management system -> Resource Billing in the Billing Management system; Resource Activation in the Activation system; Resource Allocation in the Inventory system
  D. Order Entry, Validation, Decomposition, and Orchestration in the Order Management system; Resource Billing in the Billing Management system -> Resource Activation in the Activation system; Resource Allocation in the Inventory system
  E. Order Entry, Validation, Decomposition, and Orchestration in the Order Management system; Resource Allocation in the Inventory system -> Resource Activation in the Activation system; Resource Billing in the Billing Management system
  C. Order Entry and Validation in the CRM system; Order Decomposition and Orchestration in the Order Management system -> Resource Billing in the Billing Management system; Resource Activation in the Activation system; Resource Allocation in the Inventory system

• Question 10:

  You decide to implement a jeopardy notification to ensure that a manual task is completed within an hour. Which two jeopardy notification configurations would you consider?

  A. The jeopardy condition "Raise a Jeopardy when the Order is Received within" should be configured with the value of "1 Hours."
  B. The jeopardy condition "Raise a Jeopardy when Task Duration Exceeds:" should be configured with "Given Duration" set to "1 Hours."
  C. The jeopardy rule should be configured with the "null rule" value.
  D. The jeopardy polling interval should be configured as "Once."
  E. The jeopardy condition "Raise a Jeopardy when Process Duration Exceeds:" should be configured with "Given Duration" set to "1 Hours."
  B. The jeopardy condition "Raise a Jeopardy when Task Duration Exceeds:" should be configured with "Given Duration" set to "1 Hours."
  D. The jeopardy polling interval should be configured as "Once."