1Z0-493 Online Practice Questions and Answers

What kind of fallout scenario might occur during communication between OSM and a downstream system that should eventually be resolved by simply retrying the communication?

A. invalid message request sent to the downstream system

B. network connectivity error

C. failure due to slow downstream system processing

D. internal downstream system application error

E. unsupported business process requests

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

Identify three approaches to indicate that a failure due to invalid requests occurred in a southbound system and that must be addressed manually.

A. Set order state to Failed.

B. Set task to a custom-defined failed state.

C. Transition the process to a manual fallout recovery task.

D. Use Jeopardy notification.

E. Use system events.

Which two functions are available in the XML Import/Export tool that you could use when developing with OSM?

A. import and export of metadata

B. deployment of cartridges to Oracle WebLogic Server

C. change in the severity of log levels

D. configuration of WebLogic resources

E. purging of metadata and order data

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. 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

D. one decomposition rule for each target system, having this target system as the source order component and the granularity as the target order component

E. 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

A CustomerContact data element is set as a significant element in your data dictionary, whereas it is set as non-significant in your order template. During the execution of an order, a revision is submitted that modifies only the CustomerContact information. Identify the impact of this data change on a task that has CustomerContact with no extra configuration as part of its task data.

A. The task is re-executed with no value in CustomerContact.

B. The task is re-executed with a new CustomerContact value.

C. The task is re-executed with the old CustomerContact value.

D. The task is re-executed with both the new and the old CustomerContact values.

E. The task is not re-executed.

While upgrading an existing cartridge to fit new requirements, you decide to change the task data of an existing task. Which two considerations should you take into account when performing this activity?

A. Adding new elements to your task data will add the same elements to its parent task data.

B. Changing your task data will impact the order recognition rule even if you are not changing a creation task.

C. To change the behavior of a task element, you will have to change the corresponding behavior at the order template level.

D. Some of the elements in your task data must be edited in another task because they are inherited.

E. Changing the task data could also change the task data of other tasks due to inheritance configurations.

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

Which two types of fallout scenarios can be detected and notified by implementing a Jeopardy?

A. invalid requests being sent to the downstream system

B. downstream network connectivity error

C. slow downstream system processing

D. failure during order creation

E. failure in runtime execution of automated task XQueries

You have the following process and subprocess configured in your OSM cartridge. The compensation strategy when a task needs to be re-evaluated is set to "Undo then Redo" for TaskB and "Redo" for all other tasks. On the other hand, the compensation strategy when a task is no longer required is set to "Undo" for all tasks. OSM has just completed the execution of TaskD when a revision is submitted, which causes all tasks to be re-evaluated. Which two tasks will be executed with the Undo execution mode?

A. TaskA

B. TaskB

C. TaskC

D. TaskD

E. TaskE