Oracle
1D0-1086-23-D
Oracle Enterprise Data Management Cloud 2023
Implementation Professional - Delta
QUESTION & ANSWERS
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QUESTION 1
You have account dimensions in two different applications that must be kept in sync. Given a business
requirement that nodes added to either application must be shared with the other, what should you
do?
A. Create one bi-directional node type converter between the two applications.
B. Create two node type converters: one with Application 1 accounts as the source and Application2
accounts as the target, and another with Application2 accounts as the source and Application 1
accounts as the target.
C. Create one node type converter with Application! accounts as the source and Application2
accounts as the target, and specify a reverse conversion in requests when sharing in the opposite
direction.
D. Create three node type converters: one with Application! accounts as the source and Application2
accounts as the target, another with Application2 accounts as the source and Application!
accounts as the target, and a third for bi-directional sharing.
Correct Answer: B
Explanation/Reference:
According to the reference, “A node type converter is a data object that enables you to share nodes
between different node types in different applications.” To keep account dimensions in sync between
two applications, you need to create two node type converters, one for each direction of sharing. You
cannot create a bi-directional node type converter, or specify a reverse conversion in requests. To
keep account dimensions in two different applications in sync and share nodes added to either
application with the other, you can create two node type converters. One node type converter can
have application 1 accounts as the source and application 2 accounts as the target, and the other
node type converter can have application 2 accounts as the source and application 1 accounts as the
target. This will ensure that nodes added to either application are shared with the other. (Reference:
Oracle Enterprise Data Management Cloud 2022 Implementation Essentials, Module 3)
QUESTION 2
Which statement is FALSE about unbound dimensions?
A. Unbound dimensions are created as part of the application registration process, but do not get
imported or exported.
B. You can extract data from unbound dimensions using extracts.
C. You can load data into unbound dimension viewpoints by using request load files.
D. You can use unbound dimensions to manage complex data sets such as related value sets,
account combinations, and multi-dimensional mappings.
Correct Answer: A
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Explanation/Reference:
Unbound dimensions are created outside of the application registration process and do not get
imported or exported. You can use unbound dimensions to manage complex data sets such as related
value sets, account combinations, and multi-dimensional mappings in Oracle Enterprise Data
Management Cloud. You can extract data from unbound dimensions using extracts and load data into
unbound dimension viewpoints by using request load files. You cannot use unbound dimensions for
importing and exporting data, because they are not bound to any external applications. References:
Working with Unbound Dimensions - Oracle Help Center
QUESTION 3
Which are two reasons for creating a migration snapshot?
A.
B.
C.
D.
E.
To download the enterprise data locally for offline work
To migrate the enterprise data between different releases of the environment
To restore the artifacts and data to the snapshot state
To refresh the test environment from the production environment
To export the enterprise data to an external application
Correct Answer: C,D
Explanation/Reference:
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.
QUESTION 4
Which three are use case examples of node type validations?
A.
B.
C.
D.
E.
Start date must occur before end date.
Hierarchy levels must match specific node types.
Property values must be in a certain format.
Rollup nodes must have enabled base nodes below them.
Node type names must conform to naming conventions.
Correct Answer: A,B,C
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Explanation/Reference:
“A node type validation is a data object that enables you to define rules for validating nodes of a
specific node type. You can use node type validations to check for conditions such as: Property values
are in a certain format; Start date occurs before end date; Hierarchy levels match specific node
types.” The other options are not examples of node type validations.
QUESTION 5
Which two items describe the information that you can find in the Custom Validation Report?
A.
B.
C.
D.
A list of all manually created validations across all applications
The actions and properties that trigger the validation check
A list of system and application-specific validations
The date and status of the last time a validation was run
Correct Answer: A,B
Explanation/Reference:
“The Custom Validation Report lists all manually created validations across all applications. For each
validation, it shows: The actions and properties that trigger the validation check; The node types
where it applies; The severity level; The message text.” The other items are not information that you
can find in the Custom Validation Report.
QUESTION 6
What conditions should be met to enable a custom validation?
A.
B.
C.
D.
A derived property of the Custom Validation node type that returns a Boolean value is defined.
An expression that returns a Boolean value and a failure message are defined.
A trigger property and a trigger action for a node set or hierarchy set is configured.
A valid expression and a failure message are defined, at least one trigger action and/or a trigger
property is configured.
Correct Answer: D
Explanation/Reference:
A custom validation is a validation that checks whether nodes meet certain criteria based on their
actions or properties using an expression that returns a Boolean value. To enable a custom validation,
you need to meet the following conditions: define a valid expression and a failure message for the
custom validation; configure at least one trigger action and/or a trigger property for a node set or
hierarchy set that uses the custom validation. You do not need to define a derived property of the
Custom Validation node type or an expression that returns a Boolean value and a failure message,
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because these are not supported by Oracle Enterprise Data Management Cloud. References: Working
with Custom Validations - Oracle Help Center
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