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NEW QUESTION # 16
You are mapping nodes from dimensions in two source applications to a dimension in a single target application.
How do you set up the mapping hierarchy sets?
- A. Target nodes and converted source nodes in two separate hierarchies
- B. Target nodes as parents and converted source nodes as children
- C. Target nodes in one hierarchy set and converted source nodes in a separate hierarchy set
- D. Separate hierarchy sets for each source-to-target relationship
Answer: D
Explanation:
When you are mapping nodes from dimensions in two source applications to a dimension in a single target application, you need to set up separate hierarchy sets for each source-to-target relationship. This way, you can define the mapping rules and node type converters for each source node type and target node type pair. You cannot use target nodes and converted source nodes in two separate hierarchies, because this would not establish a mapping relationship between them. You cannot use target nodes in one hierarchy set and converted source nodes in a separate hierarchy set, because this would not allow you to export the mappings to the target application. You cannot use target nodes as parents and converted source nodes as children, because this would create a hierarchical relationship instead of a mapping relationship. Reference: Working with Hierarchy Sets - Oracle Help Center1; Creating Mapping Viewpoints - Oracle Help Center2
NEW QUESTION # 17
Which task can you perform after you have created an unbound dimension?
- A. You can create bindings for the unbound dimension, or use it for importing and exporting data.
- B. You can add bound or partially bound data chains to the unbound dimension.
- C. You can use the unbound dimension just like a bound dimension when creating viewpoints and other user defined data chain objects.
- D. You can select the unbound dimension in the application registration wizard or the import and export screens.
- E. You can convert the unbound dimension to a bound dimension.
Answer: A
Explanation:
"You can create bindings for unbound dimensions, or use them for importing and exporting data." The other options are not tasks that you can perform after you have created an unbound dimension.
NEW QUESTION # 18
Which three tasks can be performed by a user with the Data Manager permission on an application?
- A. Manage viewpoints and viewpoint subscriptions for all dimensions in the application.
- B. Manage the application's node sets, hierarchy sets, and node types.
- C. Assign permissions for the application data.
- D. Create and submit requests for dimensions in the application.
- E. Import, export, and update data for all dimensions in the application.
Answer: A,D,E
Explanation:
The Data Manager permission is the second highest level of permission that can be assigned to an application. Users with the Data Manager permission can perform various tasks such as: import, export, and update data for all dimensions in the application, create and submit requests for dimensions in the application, manage viewpoints and viewpoint subscriptions for all dimensions in the application, run business rules on dimensions in the application, copy data across dimensions in the application, etc. Users with the Data Manager permission cannot manage the application's node sets, hierarchy sets, and node types, because these are data objects that require Owner permission to manage. Users with the Data Manager permission cannot assign permissions for the application data, because this requires Owner permission as well. Reference: Working with Permissions - Oracle Help Center1; Working with Requests - Oracle Help Center3
NEW QUESTION # 19
In your application, you have nodes for cost centers. You want to group them two ways: by department and geography.
What are two ways to accomplish this?
- A. Create two node sets; one with a group of departments and another with a group of geographical regions.
- B. Create a list viewpoint for cost centers, then add parents for departments and geography.
- C. Create two hierarchy sets; one where parent nodes are departments and child nodes are cost centers; and another where parent nodes are geographical regions and child nodes are cost centers.
- D. Create one hierarchy set with different top nodes for departments and geography, and add shared cost center nodes as children.
Answer: C,D
Explanation:
Hierarchy sets define nodes' parent-child relationships. You can use hierarchy sets to organize nodes into different hierarchies based on business needs or perspectives. One way to group cost centers by department and geography is to create two hierarchy sets; one where parent nodes are departments and child nodes are cost centers; and another where parent nodes are geographical regions and child nodes are cost centers. Another way is to create one hierarchy set with different top nodes for departments and geography, and add shared cost center nodes as children. Shared nodes allow the same nodes to exist multiple times in the hierarchy set. You cannot use a list viewpoint or node sets to group cost centers by department and geography, because they do not define parent-child relationships or hierarchies. Reference: Working with Hierarchy Sets - Oracle Help Center
NEW QUESTION # 20
You want to map two general ledger systems, GL1 and GL2, to a single EPM Planning application. It is time to synchronize changes by exporting the plan account mappings. Which statement about mapping keys is true?
- A. You need only one mapping key and location to export the plan account mappings.
- B. You create one location per mapping key, where a mapping key is a unique source-target combination.
- C. You need two mapping keys, one for GLl-to-Planning and one for GL2-to-Planning. When you export a mapping, you select the location with its associated mapping key.
- D. You create shadow mapping keys in the target application to represent the values coming from GL1 and GL2, respectively.
Answer: C
Explanation:
When you want to map two general ledger systems, GL1 and GL2, to a single EPM Planning application, and it is time to synchronize changes by exporting the plan account mappings, the following statement about mapping keys is true: you need two mapping keys, one for GL1-to-Planning and one for GL2-to-Planning. When you export a mapping, you select the location with its associated mapping key. Mapping keys are used to specify the source node types mapped to target node types and to define a location name to export the mapping data. You need to define one mapping key for each source node type mapped to a target node type. For example, if you map two source applications to one target application, you need to define two mapping keys defining the mapping relationship from each source node type to the target node type. Each mapping key is identified by a unique location name that you enter. The location name is used to export the mapping data and by the consuming or external application to import the mapping data. You do not need only one mapping key and location to export the plan account mappings, because this would not specify the correct source-to-target relationships. You do not need to create shadow mapping keys in the target application or one location per mapping key, because these are not supported by Oracle Enterprise Data Management Cloud. Reference: Defining Mapping Keys - Oracle Help Center1; Exporting Mapping Data - Oracle Help Center2
NEW QUESTION # 21
In a maintenance view for mappings, you compare the source and mapping viewpoints to identify nodes that exist in the source but have not been mapped to the target.
What is the next step to define mappings?
- A. Create a request, then drag and drop nodes from the source to the mapping viewpoint.
- B. Open a request, add nodes to the target viewpoint, and assign the mapping key to the new nodes.
- C. Using the appropriate mapping key, import an Excel mapping file.
- D. Run the mapping utility to relate source to target nodes.
Answer: A
Explanation:
Explanation
In a maintenance view for mappings, you can compare the source and mapping viewpoints to identify nodes that exist in the source but have not been mapped to the target. The next step to define mappings is to create a request, then drag and drop nodes from the source to the mapping viewpoint. This way, you can create new nodes in the mapping viewpoint that have properties derived or transformed from the source nodes using the node type converter and map binding. You do not need to use an Excel mapping file, run a mapping utility, or open a request and add nodes to the target viewpoint, because these are not supported methods for defining mappings in Oracle Enterprise Data Management Cloud. References: Working with Requests - Oracle Help Center3; Creating Mapping Viewpoints - Oracle Help Center2
NEW QUESTION # 22
Which two statements are true about mapping keys?
- A. The system automatically generates mapping keys for each unique location.
- B. Mapping keys consist of a location, source node type, and target node type.
- C. Mapping keys control which dimensions are output in the source and target columns of the mapping export.
- D. One mapping key is required per location.
Answer: B,C
Explanation:
Mapping keys are used to specify the source node types mapped to target node types and to define a location name to export the mapping data. The following statements are true about mapping keys: mapping keys consist of a location, source node type, and target node type; mapping keys control which dimensions are output in the source and target columns of the mapping export. The following statements are false about mapping keys: the system automatically generates mapping keys for each unique location; one mapping key is required per location. You need to manually define mapping keys for each source-to-target relationship using a unique location name. You can have multiple mapping keys for the same location if you have different source node types mapped to the same target node type. Reference: Defining Mapping Keys - Oracle Help Center1; Exporting Mapping Data - Oracle Help Center2
NEW QUESTION # 23
In a list viewpoint, what are the related data chain objects?
- A. Node type, hierarchy set, node set, properties
- B. Node type, node set, properties
- C. Node type, node set, dimension
- D. Node type, hierarchy set, node set
- E. Node type, node set
Answer: E
Explanation:
A list viewpoint is a viewpoint that contains only one node type and one node set. A list viewpoint does not contain any hierarchy sets or properties. A list viewpoint is used to manage flat lists of nodes without parent-child relationships or hierarchies. A list viewpoint is related to a dimension through its node type and node set. Reference: Working with List Viewpoints - Oracle Help Center3
NEW QUESTION # 24
A user needs to be able to add, but not delete, nodes from an Account dimension with the following data chain: Dimension: Account
* Hierarchy Set: Plan Account
* Node Set: Plan Account
* Node Type: Plan Account
Which two permissions do you need to assign to configure their data access7
- A. Participant permission to the Plan Account hierarchy set, with Insert as a specified action
- B. Participant permission to the Plan Account node type, with Add as a specified action
- C. Participant permission to the Plan Account hierarchy set
- D. Data Manager permission to the Account dimension
- E. Participant permission to the Plan Account node type
- F. Data Manager permission to the Plan Account node type
Answer: A,B
Explanation:
* D. Participant permission to the Plan Account hierarchy set, with Insert as a specified action: This option is correct because the Participant permission to a hierarchy set allows the user to add or delete nodes from the hierarchy, and the Insert action specifies that the user can only add nodes, not delete them.
* F. Participant permission to the Plan Account node type, with Add as a specified action: This option is correct because the Participant permission to a node type allows the user to edit the properties of the nodes in the node type, and the Add action specifies that the user can only add new nodes, not edit existing ones.
NEW QUESTION # 25
Which two statements are true about hierarchy sets?
- A. You can manage multiple hierarchies in a single hierarchy set.
- B. Shared nodes exist when the same node type is used in multiple hierarchy sets.
- C. Hierarchy sets store the parent-child relationships between nodes of node types defined for a dimension.
- D. Hierarchy sets are always a component of a viewpoint's data chain.
Answer: B,C
Explanation:
Explanation
Hierarchy sets store the parent-child relationships between nodes of node types defined for a dimension. You can use hierarchy sets to organize nodes into different hierarchies based on business needs or perspectives.
Hierarchy sets are not always a component of a viewpoint's data chain. A viewpoint can contain only one hierarchy set per dimension or none at all. You cannot manage multiple hierarchies in a single hierarchy set.
Each hierarchy set contains one or more hierarchies for one node type only. Shared nodes exist when the same node type is used in multiple hierarchy sets. A shared node is a node that belongs to more than one hierarchy set and has different parents in each hierarchy set. References: Working with Hierarchy Sets - Oracle Help Center2
NEW QUESTION # 26
You need to map accounts from a GL application to a Planning application. You have already registered the source and target applications, and imported the source and target Account dimensions. In the Planning Account dimension, you create a map binding called Account Mapping.
Which three objects are created in the Planning application?
- A. Account Mapping node set
- B. A node type converter with the Account (GL) node type as source and Account Mapping (Planning) node type as target
- C. Account Mapping dimension
- D. Account Mapping hierarchy set
- E. Account Mapping viewpoint in the default Planning application view
Answer: A,B,D
Explanation:
Explanation
When you create a map binding in a dimension, you are creating a mapping relationship between a source node type and a target node type within that dimension. This enables you to transform properties or derive values from source nodes to target nodes when sharing data across applications. When you create a map binding called Account Mapping in the Planning Account dimension, three objects are created in the Planning application: an Account Mapping hierarchy set that contains hierarchies for mapping accounts from GL to Planning; an Account Mapping node set that contains nodes for mapping accounts from GL to Planning; and a node type converter with the Account (GL) node type as source and Account Mapping (Planning) node type as target that defines how properties are transformed or derived from source nodes to target nodes. A map binding does not create a new dimension or a viewpoint in a view. References: Working with Map Bindings - Oracle Help Center; Working with Node Type Converters - Oracle Help Center
NEW QUESTION # 27
You need to map accounts from a GL application to a Planning application. You have already registered the source and target applications, and imported the source and target Account dimensions. In the Planning Account dimension, you create a map binding called Account Mapping.
Which three objects are created in the Planning application?
- A. Account Mapping node set
- B. A node type converter with the Account (GL) node type as source and Account Mapping (Planning) node type as target
- C. Account Mapping dimension
- D. Account Mapping hierarchy set
- E. Account Mapping viewpoint in the default Planning application view
Answer: A,B,D
Explanation:
When you create a map binding in a dimension, you are creating a mapping relationship between a source node type and a target node type within that dimension. This enables you to transform properties or derive values from source nodes to target nodes when sharing data across applications. When you create a map binding called Account Mapping in the Planning Account dimension, three objects are created in the Planning application: an Account Mapping hierarchy set that contains hierarchies for mapping accounts from GL to Planning; an Account Mapping node set that contains nodes for mapping accounts from GL to Planning; and a node type converter with the Account (GL) node type as source and Account Mapping (Planning) node type as target that defines how properties are transformed or derived from source nodes to target nodes. A map binding does not create a new dimension or a viewpoint in a view. Reference: Working with Map Bindings - Oracle Help Center; Working with Node Type Converters - Oracle Help Center
NEW QUESTION # 28
Which three tasks can you automate with EPM Automate?
- A. Export and import snapshots
- B. Recreate service
- C. Create and auto-submit change requests
- D. Archive backups
- E. Import and export dimensions
Answer: A,D,E
Explanation:
Explanation
EPM Automate enables users to remotely perform tasks within Oracle Enterprise Performance Management Cloud environments. Some of the tasks that can be automated are: archive backups, import and export metadata, data, artifact and application snapshots, templates, and Data Management mappings; upload and download files; run business rules; copy data; and export and import snapshots. References: About EPM Automate - Oracle Help Center1
NEW QUESTION # 29
For which application type can you NOT export mappings?
- A. Financial Consolidation and Close
- B. Planning
- C. Universal
- D. Financials Cloud General Ledger
- E. Oracle E-Business Suite General Ledger
Answer: A
Explanation:
This option is correct because Financial Consolidation and Close applications do not support exporting mappings to external applications or files.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/exporting-enterprise-data.html
NEW QUESTION # 30
After submitting a request for approval, you discover that you need to make additional changes to it. What two options do you have?
- A. Push the request back to the submit stage, add the changes, then submit it again for approval.
- B. Create a second request with the additional changes, and submit it for separate approval.
- C. Recall the request and delete it. Create a new request with all of the required changes and submit it for approval.
- D. Recall the request, add the changes, then submit it again for approval.
Answer: B,D
Explanation:
* Create a second request with the additional changes, and submit it for separate approval: This option is correct because you can create another request with the additional changes and submit it for approval while the first request is still in progress. However, this option may create conflicts or dependencies between the requests that need to be resolved later.
* Recall the request, add the changes, then submit it again for approval: This option is correct because you can recall a request that you submitted for approval and make changes to it before submitting it again for approval. However, this option may cause delays in the approval workflow and require rework by the approvers.
NEW QUESTION # 31
Which two statements are true about Inherited properties7
- A. Values are inherited from the top node.
- B. Different values can be inherited for shared nodes under multiple parents.
- C. Nodes in lists can inherit property values from their ancestors.
- D. Inheritance can be overridden at lower levels; descendants from the overriding position inherit the override value.
Answer: A,D
Explanation:
Explanation
Inherited properties are properties that are inherited from ancestor nodes in a hierarchy. The following statements are true about inherited properties: inheritance can be overridden at lower levels; descendants from the overriding position inherit the override value; different values can be inherited for shared nodes under multiple parents; values are inherited from the top node. The following statement is false about inherited properties: nodes in lists can inherit property values from their ancestors. Nodes in lists cannot inherit property values from their ancestors, because lists do not have parent-child relationships or hierarchies. References:
Working with Properties - Oracle Help Center
NEW QUESTION # 32
A node exists in a hierarchy. Which three types of properties could be present7
- A. Node properties
- B. Relationship properties
- C. Inherited properties
- D. Shared properties
- E. Hierarchy properties
Answer: A,B,C
Explanation:
"A node is an instance of a node type that represents a member in a hierarchy. A node has properties that describe its characteristics and behavior. There are three types of properties for nodes: Node properties; Relationship properties; Inherited properties." The other options are not types of properties for nodes.
NEW QUESTION # 33
In your application, you have nodes for cost centers. You want to group them two ways: by department and geography.
What are two ways to accomplish this?
- A. Create two node sets; one with a group of departments and another with a group of geographical regions.
- B. Create a list viewpoint for cost centers, then add parents for departments and geography.
- C. Create two hierarchy sets; one where parent nodes are departments and child nodes are cost centers; and another where parent nodes are geographical regions and child nodes are cost centers.
- D. Create one hierarchy set with different top nodes for departments and geography, and add shared cost center nodes as children.
Answer: C,D
Explanation:
Explanation
Hierarchy sets define nodes' parent-child relationships. You can use hierarchy sets to organize nodes into different hierarchies based on business needs or perspectives. One way to group cost centers by department and geography is to create two hierarchy sets; one where parent nodes are departments and child nodes are cost centers; and another where parent nodes are geographical regions and child nodes are cost centers.
Another way is to create one hierarchy set with different top nodes for departments and geography, and add shared cost center nodes as children. Shared nodes allow the same nodes to exist multiple times in the hierarchy set. You cannot use a list viewpoint or node sets to group cost centers by department and geography, because they do not define parent-child relationships or hierarchies. References: Working with Hierarchy Sets
- Oracle Help Center
NEW QUESTION # 34
You have entity information in your default view for your planning application, but you also want that entity information to be accessible in another view.
Which method can you use to accomplish this?
- A. Identify the view used by the entity dimension, create a different view, and then point to the default view.
- B. Identify the node set used by the entity dimension, create a viewpoint in a different view, and then point to that same node set.
- C. Copy the default view, create a request, and run a validation.
- D. Identify the viewpoint used by the entity dimension, create a viewpoint in a different view, and then point to the original viewpoint.
Answer: D
Explanation:
"You can reuse viewpoints across views by pointing to an existing viewpoint when you create a new viewpoint." This way, you can access the entity information in another view without duplicating data objects.
NEW QUESTION # 35
A request you submitted has been pushed back to you. One of the approvers has enriched the request with an action that your data access does not enable you to perform.
What happens when you submit the request again?
- A. The enriched item creates a validation error but can still be submitted with the rest of the request for approval.
- B. All items in the request are validated using your data access except the enriched item, which is validated during the approval phase using the enricher's data access.
- C. The enriched item creates a validation error and must be deleted from the request inspector before you can submit the request for approval.
- D. The enriched item is validated using the enricher's data access ancTtan be submitted along with the rest of the request.
Answer: B
Explanation:
All items in the request are validated using your data access except the enriched item, which is validated during the approval phase using the enricher's data access: This option is correct because when a request is pushed back to the submitter, the enriched item is preserved and validated using the enricher's data access during the approval phase. The rest of the items are validated using the submitter's data access when the request is submitted again.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/approving-and-enriching-requests.html
NEW QUESTION # 36
Which are two reasons for creating a migration snapshot?
- A. To restore the artifacts and data to the snapshot state
- B. To export the enterprise data to an external application
- C. To download the enterprise data locally for offline work
- D. To migrate the enterprise data between different releases of the environment
- E. To refresh the test environment from the production environment
Answer: D,E
Explanation:
* B. To migrate the enterprise data between different releases of the environment: This option is correct because a migration snapshot can be used to export andimport enterprise data between different environments or instances of Enterprise Data Management Cloud, such as from test to production or vice versa.
* D. To refresh the test environment from the production environment: This option is correct because a migration snapshot can be used to refresh the test environment with the latest enterprise data from the production environment.
NEW QUESTION # 37
Which two things occur during application registration7
- A. You load dimension data from flat files.
- B. The system generates default data objects based on your selections in the registration wizard.
- C. The system imports external application data to determine the application configuration.
- D. The system generates connections to external applications.
- E. You select an Enterprise Data Management Cloud application type.
Answer: B,E
NEW QUESTION # 38
Maintenance views contain viewpoints from multiple applications. What two types of sharing do these views facilitate?
- A. Adding new nodes to comparable dimensions across multiple applications
- B. Copying hierarchies from one application to another
- C. Aligning nodes and property values between comparable dimensions in different applications
- D. Sharing workflows and approvals for comparable dimensions across applications
Answer: A,C
Explanation:
Explanation
Maintenance views are views that contain viewpoints from multiple applications that facilitate sharing data across applications. Maintenance views enable you to add new nodes to comparable dimensions across multiple applications by creating requests or subscriptions that include viewpoints from different applications.
Maintenance views also enable you to align nodes and property values between comparable dimensions in different applications by using compare functions or property derivations. Maintenance views do not facilitate sharing workflows and approvals for comparable dimensions across applications, because workflows and approvals are defined at the application level and are not shared across applications. Maintenance views do not facilitate copying hierarchies from one application to another, because hierarchies are defined by hierarchy sets and are not shared across applications. References: Working with Maintenance Views - Oracle Help Center2
NEW QUESTION # 39
Which are two reasons for creating a migration snapshot?
- A. To restore the artifacts and data to the snapshot state
- B. To export the enterprise data to an external application
- C. To download the enterprise data locally for offline work
- D. To migrate the enterprise data between different releases of the environment
- E. To refresh the test environment from the production environment
Answer: A,E
Explanation:
According to the Oracle Help Center, migration snapshots are used to migrate application artifacts and data between environments, such as refreshing the test environment from the production environment. Migration snapshots can also be used to restore the artifacts and data to the snapshot state in case of any issues or errors. The other reasons are not valid for creating a migration snapshot.
NEW QUESTION # 40
Which task is NOT part of the Enterprise Data Management process?
- A. Sharing, mapping, synchronizing, and governing data across registered applications
- B. Creating views and viewpoints to configure custom validations to enforce business rules on your data
- C. Creating ad-hoc reports to inspect node locations, properties, and history
- D. Using views to work with your data, and requests to modify your data
- E. Creating views and viewpoints to manage alternate business perspectives
Answer: B
Explanation:
* Creating views and viewpoints to configure custom validations to enforce business rules on your data: This option is not correct because creating views and viewpoints is not a task that involves configuring custom validations. Custom validations are configured at the node type level by defining validation rules and expressions that enforce business rules on your data.
NEW QUESTION # 41
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