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NEW QUESTION # 23
A node exists in a hierarchy. Which three types of properties could be present7
- A. Hierarchy properties
- B. Shared properties
- C. Node properties
- D. Inherited properties
- E. Relationship properties
Answer: C,D,E
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 # 24
Which two statements are true about hierarchy sets?
- A. You can manage multiple hierarchies in a single hierarchy set.
- B. Hierarchy sets store the parent-child relationships between nodes of node types defined for a dimension.
- C. Shared nodes exist when the same node type is used in multiple hierarchy sets.
- D. Hierarchy sets are always a component of a viewpoint's data chain.
Answer: A,B
Explanation:
Comprehensive Explanation: According to the reference, "Hierarchy sets store the parent-child relationships between nodes of node types defined for a dimension. You can manage multiple hierarchies in a single hierarchy set." The other statements are false. Hierarchy sets are not always a component of a viewpoint's data chain, but only when they are selected as a data object for the viewpoint. Shared nodes exist when the same node is used in multiple hierarchy sets, not when the same node type is used.
NEW QUESTION # 25
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 one hierarchy set with different top nodes for departments and geography, and add shared cost center nodes as children.
- B. Create two node sets; one with a group of departments and another with a group of geographical regions.
- 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 a list viewpoint for cost centers, then add parents for departments and geography.
Answer: A,C
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 # 26
Which two are valid data sources for importing dimensions?
- A. Registered external applications
- B. Maintenance snapshots
- C. Tab-delimited files
- D. Comma-delimited files
Answer: A,D
Explanation:
* Comma-delimited files: This option is correct because comma-delimited files are supported as a data source for importing dimensions and mappings into Enterprise Data Management Cloud.
* Registered external applications: This option is correct because registered external applications are supported as a data source for importing dimensions and mappings into Enterprise Data Management Cloud.
NEW QUESTION # 27
You are provisioning a user who needs to be able to perform these tasks:
* Create and manage a Planning application.
* Create and manage views for Planning application data.
* Make updates to data in the Entity dimension for an existing Financial Consolidation and Close application (Note: the user should not be able to import, export, or extract dimension data).
* View changes made to data in all applications.
What four roles and permissions do you need to give this user?
- A. Data Manager permission for the Planning application they create
- B. Data Manager permission for Financial Consolidation and Close Entity dimension
- C. Auditor role
- D. Browser role
- E. Application Creator role
- F. Participant permission for Financial Consolidation and Close Entity dimension, with all actions enabled
- G. View Creator role
Answer: A,C,E,G
Explanation:
Explanation
* A. Data Manager permission for the Planning application they create: This permission allows the user to create and manage views for Planning application data, as well as import and export data and metadata for the application.
* D. View Creator role: This role allows the user to create and manage views for any application data in the system.
* E. Application Creator role: This role allows the user to create and manage a Planning application, as well as assign permissions to other users for the application.
* F. Auditor role: This role allows the user to view changes made to data in all applications, as well as view audit reports and logs.
* B. Data Manager permission for Financial Consolidation and Close Entity dimension: This permission is not needed because it would also allow the user to import, export, and extract dimension data, which is not required by the question.
* C. Browser role: This role is not needed because it only allows the user to view data and metadata in applications, which is already covered by the View Creator and Auditor roles.
* G. Participant permission for Financial Consolidation and Close Entity dimension, with all actions enabled: This permission is not needed because it would also allow the user to update data in other dimensions besides Entity, which is not required by the question.
References:
* https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/role-based-access-control.
* https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/assigning-permissions.htm
NEW QUESTION # 28
The Owner permission for an application lets users perform which three tasks?
- A. Delete service administrators from an instance.
- B. Modify application registration.
- C. Import viewpoints from external applications.
- D. Manage an application's data objects.
- E. Assign permissions for an application's data objects to other users and groups.
Answer: B,D,E
Explanation:
The Owner permission is the highest level of permission that can be assigned to an application. Users with the Owner permission can perform various tasks such as: modify application registration, assign permissions for an application's data objects to other users and groups, manage an application's data objects such as properties, views, node types, node sets, hierarchy sets, etc., create and delete applications, and link dimensions across applications. Users with the Owner permission cannot import viewpoints from external applications, because viewpoints are created within Oracle Enterprise Data Management Cloud and are not imported from external applications. Users with the Owner permission cannot delete service administrators from an instance, because service administrators are created and managed in Oracle Cloud EPM through My Services by the Identity Domain Administrator. Reference: Working with Permissions - Oracle Help Center1; Registering Applications - Oracle Help Center2
NEW QUESTION # 29
When you register an application, the system creates a default view that contains all your dimensions.
However, there may be situations where the default view is not enough and you need to create an alternate view and viewpoints.
Which three are situations where you create an alternate view and viewpoints?
- A. You need to create a maintenance view with multiple viewpoints from different applications so you can maintain all your dimension information in one place.
- B. You need to create a validation view with multiple viewpoints from different dimensions so you can maintain all your application information in one place.
- C. You need an alternate view to share, compare, and map information across multiple applications.
- D. You need to create a view to give users access to a limited set of data.
- E. You need to give users access to the default view so that they have access to only one dimension.
Answer: B,C,D
Explanation:
* You need to create a validation view with multiple viewpoints from different dimensions so you can maintain all your application information in one place: This option is correct because a validation view is a type of view that allows you to create multiple viewpoints from different dimensions and validate them against each other. You can use a validation view to maintain all your application information in one place and check for any errors or inconsistencies.
* You need to create a view to give users access to a limited set of data: This option is correct because a view is a type of data chain object that defines the scope of data that users can access and work with.
You can create a view to give users access to a limited set of data by specifying the node sets and hierarchy sets that are included in the view.
* You need an alternate view to share, compare, and map information across multiple applications:
This option is correct because an alternate view is a typeof view that allows you to create multiple viewpoints from different applications and share, compare, and map information across them. You can use an alternate view to synchronize and govern data across registered applications.
NEW QUESTION # 30
Approval Policy definition: Markfo
* Approval Method = Parallel
* One Approval Per Group = NOT selected
* Total Required approvals = 4
Approvers:
* Group 1: User1, User2, User3
* Group 2: User4, User5, User6
* Group 3: User3, User8, User9
Given the above approval policy and approvers, which statement correctly describes how the approvals workflow is enacted?
- A. Members of the three approval groups can approve in any order, and at least one approval is required from each group to meet the required number of approvals.
- B. Members of the three approval groups can approve in any order, and approvals are not required from all three groups as long as the total required number of approvals is met.
- C. Members of the first approval group can approve in any order, but must provide at least one approval before the workflow moves to the second approval group.
- D. Every member of the three approval groups must approve, but can do so in any order.
Answer: B
Explanation:
This option is correct because when the approval method is parallel and one approval per group is not selected, the approvers from different groups can approve in any order and the request is approved when the total required number of approvals is met, regardless of which groups they belong to.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/creating-approval-policies.html
NEW QUESTION # 31
Which three tasks can you automate with EPM Automate?
- A. Recreate service
- B. Import and export dimensions
- C. Export and import snapshots
- D. Archive backups
- E. Create and auto-submit change requests
Answer: B,C,D
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 # 32
Consider a hierarchy: A parent node, "Core Products", has a child node "100", which has children "101" and "102". In the same hierarchy, you insert "100" under another parent, "New Products".
What happens?
- A. Node "100" and its children are inserted as shared nodes under "New Products".
- B. Only node "100" is inserted as a shared node under "New Products".
- C. Node "100" is inserted as a unique node under "New Products", with a qualifier to indicate that it's a separate node from the original.
- D. Node "100" cannot be inserted under another parent in the same hierarchy.
Answer: A
Explanation:
According to the Oracle Help Center1, shared nodes are nodes that exist under different parents within a hierarchy set or viewpoint. When you insert a node that has children under another parent in the same hierarchy, the node and its children are inserted as shared nodes.
NEW QUESTION # 33
Which method CANNOT be used to export enterprise data to an external application?
- A. A migration snapshot
- B. A comma-delimited file
- C. A batch script using REST API
- D. The EPM Automate utility
- E. A connection to the application
Answer: A
Explanation:
This option is correct because a migration snapshot is used to export and import enterprise data between different environments or instances of Enterprise Data Management Cloud, not to an external application.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/migrating-enterprise-data.html
NEW QUESTION # 34
Which two statements are true about mapping keys?
- A. Mapping keys control which dimensions are output in the source and target columns of the mapping export.
- B. One mapping key is required per location.
- C. The system automatically generates mapping keys for each unique location.
- D. Mapping keys consist of a location, source node type, and target node type.
Answer: A,D
Explanation:
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. References: Defining Mapping Keys - Oracle Help Center1; Exporting Mapping Data - Oracle Help Center
NEW QUESTION # 35
A subscription is triggered by changes in a source viewpoint. One item in the subscription request is invalid and auto-submit is enabled.
What happens next?
- A. All request items except the invalid item are automatically committed to the target viewpoint, and the subscription assignee is notified that an issue must be resolved for the outstanding item.
- B. No request items are committed to the target viewpoint, and the subscription assignee is notified that an issue must be resolved before any items can be committed.
- C. All request items are automatically committed to the target viewpoint, and the subscription assignee is notified.
- D. The request is automatically rejected, and the subscription assignee is notified of the rejection.
Answer: B
Explanation:
No request items are committed to the target viewpoint, and the subscription assignee is notified that an issue must be resolved before any items can be committed: This option is correct because when a subscription is triggered by changes in a source viewpoint and auto-submit is enabled, the request is automatically submitted for approval. However, if one or more items in the request are invalid, the request is not approved and no items are committed to the target viewpoint. The subscription assignee is notified that an issue must be resolved before the request can be approved and committed.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/creating-subscriptions.html
NEW QUESTION # 36
The Owner permission for an application lets users perform which three tasks?
- A. Delete service administrators from an instance.
- B. Modify application registration.
- C. Import viewpoints from external applications.
- D. Manage an application's data objects.
- E. Assign permissions for an application's data objects to other users and groups.
Answer: B,D,E
Explanation:
Explanation
The Owner permission is the highest level of permission that can be assigned to an application. Users with the Owner permission can perform various tasks such as: modify application registration, assign permissions for an application's data objects to other users and groups, manage an application's data objects such as properties, views, node types, node sets, hierarchy sets, etc., create and delete applications, and link dimensions across applications. Users with the Owner permission cannot import viewpoints from external applications, because viewpoints are created within Oracle Enterprise Data Management Cloud and are not imported from external applications. Users with the Owner permission cannot delete service administrators from an instance, because service administrators are created and managed in Oracle Cloud EPM through My Services by the Identity Domain Administrator. References: Working with Permissions - Oracle Help Center1; Registering Applications - Oracle Help Center
NEW QUESTION # 37
You have mapped accounts from two different general ledger applications to your Planning application. What do you do when it's time to synchronize the changes by exporting the mappings?
- A. You run a single export for the target that contains all mappings for both sources.
- B. You run three exports, one for each source and one for the target.
- C. You run four exports, one for each viewpoint involved in the mapping.
- D. You run two separate exports, one for each source-to-target location.
Answer: D
Explanation:
When you have mapped accounts from two different general ledger applications to your Planning application, you need to run two separate exports, one for each source-to-target location, when it's time to synchronize the changes by exporting the mappings. This way, you can export the mapping data from each source node type to the corresponding target node type using the appropriate node type converter and map binding. You do not need to run three exports, one for each source and one for the target, because this would not export the mapping data correctly. You do not need to run a single export for the target that contains all mappings for both sources, because this would not use the correct node type converters and map bindings for each source-to-target pair. You do not need to run four exports, one for each viewpoint involved in the mapping, because this would be redundant and inefficient. Reference: Working with Requests - Oracle Help Center3; Creating Mapping Viewpoints - Oracle Help Center2
NEW QUESTION # 38
After submitting a request for approval, you discover that you need to make additional changes to it. What two options do you have?
- A. Recall the request and delete it. Create a new request with all of the required changes and submit it for approval.
- B. Recall the request, add the changes, then submit it again for approval.
- C. Push the request back to the submit stage, add the changes, then submit it again for approval.
- D. Create a second request with the additional changes, and submit it for separate approval.
Answer: A,B
Explanation:
According to the Oracle Help Center, when you submit a request for approval, you can recall it if you need to make additional changes to it. You can either delete the recalled request and create a new one with all the required changes, or add the changes to the recalled request and submit it again for approval. The other options are not valid because you cannot create a second request with the additional changes, or push the request back to the submit stage.
NEW QUESTION # 39
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 as parents and converted source nodes as children
- B. Target nodes and converted source nodes in two separate hierarchies
- C. Separate hierarchy sets for each source-to-target relationship
- D. Target nodes in one hierarchy set and converted source nodes in a separate hierarchy set
Answer: C
Explanation:
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. References: Working with Hierarchy Sets - Oracle Help Center ; Creating Mapping Viewpoints - Oracle Help Center2
NEW QUESTION # 40
You define an approval policy at the dimension level.
What statement correctly describes how this approval policy interacts with related data chain objects?
- A. The approval policy applies to only the dimension and does not apply to related data chain objects.
- B. The approval policy applies to hierarchy sets but not node sets in the dimension.
- C. The approval policy cascades down to only the data chain objects specified in the policy definition.
- D. The approval policy applies to the node types and hierarchy sets in the dimension.
Answer: D
Explanation:
This option is correct because when you define an approval policy at the dimension level, it applies to all the node types and hierarchy sets that belong to the dimension. You can also define approval policies at the node type or hierarchy set level to override the dimension level policy.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/creating-approval-policies.html
NEW QUESTION # 41
Which three are use case examples of node type validations?
- A. Hierarchy levels must match specific node types.
- B. Rollup nodes must have enabled base nodes below them.
- C. Node type names must conform to naming conventions.
- D. Property values must be in a certain format.
- E. Start date must occur before end date.
Answer: B,D,E
Explanation:
Explanation
Node type validations are validations that check whether nodes meet certain criteria based on their actions or properties. Node type validations can be used for various use case examplessuch as: start date must occur before end date, property values must be in a certain format, rollup nodes must have enabled base nodes below them, etc. Node type validations cannot be used to check hierarchy levels or node type names, because these are not related to node actions or properties. Hierarchy levels are defined by hierarchy sets and node type names are defined by node types. References: Working with Node Type Validations - Oracle Help Center
NEW QUESTION # 42
Which two are valid data sources for importing dimensions?
- A. Registered external applications
- B. Maintenance snapshots
- C. Tab-delimited files
- D. Comma-delimited files
Answer: A,D
Explanation:
1. Comma-delimited files: This option is correct because comma-delimited files are supported as a data source for importing dimensions and mappings into Enterprise Data Management Cloud.
2. Registered external applications: This option is correct because registered external applications are supported as a data source for importing dimensions and mappings into Enterprise Data Management Cloud.
Reference:
https://docs.oracle.com/en/cloud/saas/enterprise-data-management-cloud/edmra/importing-enterprise-data.html According to the Oracle Help Center, you can import dimensions from comma-delimited files or registered external applications using connections. Tab-delimited files and maintenance snapshots are not valid data sources for importing dimensions.
NEW QUESTION # 43
Which three are examples of when you would configure a hierarchy set validation?
- A. To enforce values of a certain node property to match across source and target nodes
- B. To enforce a business rule that prevents having a parent node without children
- C. To create custom property rules to provide meaningful failure messages To enforce specific validation triggers
- D. To enforce that nodes of a certain node type always match a specific hierarchy level
Answer: B,C,D
Explanation:
"A hierarchy set validation is a data object that enables you to define rules for validating hierarchies within a hierarchy set. You can use hierarchy set validations to check for conditions such as: Nodes of a certain node type always match a specific hierarchy level; A parent node has children; Custom property rules." The other options are not examples of when you would configure a hierarchy set validation.
NEW QUESTION # 44
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. Account Mapping viewpoint in the default Planning application view
- C. A node type converter with the Account (GL) node type as source and Account Mapping (Planning) node type as target
- D. Account Mapping dimension
- E. Account Mapping hierarchy set
Answer: A,C,E
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 # 45
You define an approval policy at the dimension level.
What statement correctly describes how this approval policy interacts with related data chain objects?
- A. The approval policy applies to only the dimension and does not apply to related data chain objects.
- B. The approval policy applies to hierarchy sets but not node sets in the dimension.
- C. The approval policy cascades down to only the data chain objects specified in the policy definition.
- D. The approval policy applies to the node types and hierarchy sets in the dimension.
Answer: D
Explanation:
* This option is correct because when you define an approval policy at the dimension level, it applies to all the node types and hierarchy sets that belong to the dimension. You can also define approval policies at the node type or hierarchy set level to override the dimension level policy.
NEW QUESTION # 46
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:
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 mappingkeys 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.
References: Defining Mapping Keys - Oracle Help Center1; Exporting Mapping Data - Oracle Help Center2
NEW QUESTION # 47
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