1Z0-493Preview

The following function is called in an XQuery automation plug-in before performing a logic that you have developed. Identify the functional action that would be executed with the output of this code.

Identify three functions of the OSM Task Web client.

Your customer requests OSM to be installed in a highly available environment to support a large volume of inbound orders and outbound requests. Which three components of the OSM architecture would you consider to propose to your customer?

Identify the outcome when an upstream system creates an order and some transformation errors are generated in the recognition rule.

You must implement a dependency between two order components within a product specification, where the dependent order component will wait the amount of time defined in an order item property after the blocking order component finishes its execution and before starting its own execution.
What are the two tasks required to configure this behavior?

Why would you create a new composite cartridge?

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?

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

Which three statements are true about the Rapid Offer Design and Order Delivery (RODOD) solution?

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.

Your OSM solution fulfills orders originating from two different countries, C1 and C2. Two roles, R1 and R2, are created in your cartridges. Which design feature can you use to enable users with role R1 to view and manage orders only from country C1 and users with role R2 to view and mange orders only from country
C2?

In a manual task, there are three text fields configured: FIrstName, LastName, and FullName. In the FirstName and LastName fields, a Constraint Behavior is configured. In the FullName field, a Calculation Behavior is added with the following XPath expression:

While executing the manual task, a user enters values in the FirstName and LastName fields, but the FullName field is not calculated automatically. What should be done to have the FullName field automatically calculated?

You must extend an OSM sealed cartridge, which is part of a composite cartridge solution provided by Oracle. In this extension, you need to add new data elements to a generic task. Which step would you need to perform to achieve this requirement?

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

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?

You configure an External Event Receiver XQuery Automator with the following incomplete lines of code in your automated task. To complete this implementation, you must substitute the value assigned to the $requestStr variable with another appropriate value. What could be the possible value for this variable?

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?

Identify two mandatory properties that you must define when modeling an order item specification.

Which three aspects can you ascertain by analyzing an orchestration plan in the Order Management Web client?

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

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

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

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?

Which two pieces of information must be retrieved from the order items of an incoming order to create a follow-on order dependency?