Question 1

Which action cannot be performed from the Oracle Integration Cloud (OIC) monitoring Dashboard?

Accepted Answer

A

Explanation: The Oracle Integration Cloud (OIC) Monitoring Dashboard is designed for observing runtime metrics, system health, and auditing activities. While it displays counts of design-time artifacts like integrations and lookups (Design-time Metrics), it does not provide functionality for managing or exporting them. The action of downloading or exporting an OIC Lookup is a design-time operation performed exclusively within the "Design" area of the OIC console, not from the Monitoring Dashboard.

Question 2

Once they have been configured, which actions are allowed to be repositioned to another location within the design canvas of an orchestration-style integration flow? Select THREE.

Accepted Answer

B, D, F

Explanation: In the Oracle Integration Cloud (OIC) orchestration designer, not all actions can be freely repositioned after configuration. The ability to move an action depends on whether it is a simple, self-contained processing step or a structural control flow element. Simple actions like a standard Stage File read/write or a JavaScript call are discrete and can be dragged to different locations in the sequence. However, actions that define the logical structure of the flow, such as loops and conditional branches, are fixed. Similarly, actions that are functionally dependent on a specific structure, like reading a file in segments within a loop, are also restricted in their movement.

Question 3

You can recover unsaved changes in an Oracle Integration Cloud (OIC) integration that crashes during
design time because of a browser crash, loss of network connectivity, or a server going down. Which
statement is NOT true about the unsaved changes feature in OIC?

Accepted Answer

E

Explanation: The unsaved changes recovery feature in Oracle Integration Cloud has a specific time limit. If the user who was editing the integration does not log back in within a defined period (typically one hour), the lock on the integration is automatically released, and the unsaved changes are permanently discarded. Statement E is factually incorrect because it claims there is "no time limit" for recovering the changes, which directly contradicts the functionality described in the official documentation.

Question 4

Which of the following best exemplifies the concept of HATEOAS (Hypermedia as the Engine of Application State) in RESTful web services?

Accepted Answer

B

Explanation: HATEOAS (Hypermedia as the Engine of Application State) is a core constraint of the REST architectural style. It dictates that a client should interact with a web application entirely through hypermedia provided dynamically by the server. The server's response for a resource should contain not only the data for that resource but also hyperlinks (the "hypermedia") that guide the client to the next possible actions or related resources. This enables the client to navigate the API dynamically without prior, hardcoded knowledge of URI structures, thus decoupling the client from the server.

Question 5

When creating integrations in Oracle Integration Cloud (OIC), a visual mapper enables you to map
element nodes between applications by dragging source element nodes onto target element nodes.
Which statement is NOT true about the OIC Data Mapper functionality?

Accepted Answer

D

Explanation: The Oracle Integration Cloud (OIC) Data Mapper is a visual tool that generates eXtensible Stylesheet Language Transformations (XSLT) code to perform data transformations. XSLT is a language specifically designed for transforming XML documents. Consequently, all source and target data objects, regardless of their original format (e.g., JSON, CSV), are represented internally as XML structures for the XSLT engine to process. The statement that all data objects are represented internally as JSON is factually incorrect.

Question 6

You have an Oracle Integration (OIC) synchronous integration flow that updates external systems
with several invocations. However, several of your OIC integration clients are reporting that they are
experiencing timeouts waiting for the response confirmation from this processing. Which is a
legitimate strategy to mitigate this issue?

Accepted Answer

B

Explanation: The core issue is a design pattern mismatch. A synchronous integration forces the client to maintain an open connection and wait for the entire process to complete. When this process involves multiple, potentially time-consuming external calls, it frequently exceeds the timeout thresholds of the client or intermediary network components. The most robust and architecturally sound solution is to redesign the integration using an asynchronous pattern. This "fire and forget" approach allows the integration to immediately acknowledge the request, freeing the client. The long-running processing then occurs in the background, and a separate mechanism (like a callback URL or another API) is used to notify the client upon completion.

Question 7

Which is NOT an available option while configuring an ERP Cloud Adapter to use in an Oracle Integration Cloud (OIC) integration?

Accepted Answer

D

Explanation: The Oracle ERP Cloud Adapter configuration wizard presents several primary, standalone actions an integration can perform. These include invoking REST endpoints (which perform CRUD operations), uploading files to Universal Content Management (UCM), and extracting bulk data. Options A, B, and C represent these primary capabilities. In contrast, "Enable Callback" is not a standalone action. It is a secondary configuration setting—a checkbox that is only available when configuring the "Import Bulk Data into Oracle ERP Cloud" action. Its purpose is to modify the behavior of that specific asynchronous job, allowing ERP Cloud to notify the integration upon completion. Therefore, it is not a primary, selectable action in the same way as the other options.

Question 8

Oracle Integration (OIC) provides the File Server feature, which is an embedded SFTP server that
enables organizations to focus on building integrations without the need to host and maintain a
separate SFTP server. Which statement is NOT valid concerning the OIC File Server feature?

Accepted Answer

B

Explanation: The statement that an internal Oracle Integration (OIC) flow must use a specific "File Server action" to write files is incorrect. To interact with the embedded OIC File Server from within an integration, you use the standard FTP Adapter. The FTP Adapter connection is configured with the host and port details of the internal File Server, and then its standard operations, such as "Write File" or "Read File," are used in the integration flow. There is no distinct or separate action named "File Server action."

Question 9

You need to create a schedule pattern integration that is based on an existing application pattern integration. How can this be achieved while using the same display name as the original integration?

Accepted Answer

C

Explanation: The most efficient and correct method to achieve this is by cloning the existing integration. The clone functionality in Oracle Integration is specifically designed to create a copy of an integration, which can then be modified. During the cloning process, the user is prompted to provide a new identifier and version. Crucially, this process also allows for changing the integration's fundamental style or pattern, such as converting it from an "App Driven" to a "Scheduled" pattern. This preserves the core logic and mappings while altering the trigger mechanism as required.

Question 10

Which statement is valid regarding Oracle Integration Cloud (OIC) Lookups?

Accepted Answer

D

Explanation: In Oracle Integration Cloud (OIC), Lookups (also known as Domain Value Maps or DVMs) are used to map values between different systems or applications. To retrieve a value from a Lookup within an integration's data mapper, you must use the built-in, custom XPath function ora:lookupValue(). This function is specifically designed for this purpose, allowing developers to dynamically look up a target value based on one or more source values during the mapping process at runtime.

Question 11

You have a use case that requires a large data extract, which is more than 10MB, to be processed within an Oracle Integration Cloud (OIC) integration. Which are three valid options?

Accepted Answer

A, C, D

Explanation: Oracle Integration Cloud (OIC) has a default payload size limit of 10 MB for synchronous, in-memory processing. To handle files larger than this limit, OIC must use a streaming approach where the file is written directly to a temporary storage area (the stage) without being fully loaded into memory. Options A, C, and D represent valid streaming mechanisms. The REST Adapter supports receiving large files via multipart attachments (A) and downloading large files from endpoints by streaming the response to stage (D). The SOAP Adapter supports receiving large files as MTOM attachments (C), which is the standard for handling large binary data with SOAP. In all three cases, the file is made available in the OIC stage area for subsequent processing by the Stage File action.

Question 12

GlobalTech Corporation uses Oracle Integration (OIC) to synchronize data between their CRM and
ERP systems. They currently have a schedule pattern integration that runs nightly at 3 AM. With the
implementation of a new CRM system that supports real-time data synchronization, GlobalTech
wants to update their ERP system immediately after any data changes in the CRM. To achieve this,
they wish to convert the schedule integration to an application pattern integration, allowing the CRM
system to explicitly call the integration upon data changes. When implementing this conversion,
which of these considerations is NOT valid?

Accepted Answer

A

Explanation: When converting a scheduled integration to an application-driven (e.g., REST-triggered) integration in Oracle Integration, any parameters defined for the schedule are not automatically carried over or transformed. The documentation explicitly states that scheduled parameters are discarded during the conversion process. If the logic requires these values, they must be manually recreated, for instance, as integration properties or passed as part of the new trigger's request payload. Therefore, the statement that scheduled parameters are automatically converted to integration properties is false, making it an invalid consideration.

Question 13

Which is NOT an advantage of using Oracle Integration Cloud (OIC) for creating application integrations?

Accepted Answer

C

Explanation: Oracle Integration Cloud (OIC) is a low-code/no-code integration platform-as-a-service (iPaaS). Its development environment is a browser-based, declarative, visual designer. This approach is intended to simplify and accelerate the creation of integrations without requiring traditional coding. Consequently, OIC does not support the use of external Integrated Development Environments (IDEs) like Eclipse, VS Code, or IntelliJ for building integrations. The lack of IDE choice is a fundamental aspect of its design, not an advantage. The platform provides all necessary tools within its web interface.

Question 14

Which statement about Oracle Integration (OIC) is NOT valid?

Accepted Answer

B

Explanation: The statement that an application pattern integration can contain one or more trigger connections is not valid. An App Driven Orchestration in Oracle Integration (OIC) is designed to have exactly one trigger (source) connection. This single trigger acts as the entry point that initiates the integration flow. While an integration can have multiple invoke (target) connections to call various services or applications, it is fundamentally architected around a single, unique starting point.

Question 15

Which Oracle Integration (OIC) XPath function can be used to retrieve data from an OIC Lookup within the Map Editor?

Accepted Answer

D

Explanation: The lookupValue function is the specific XPath function provided within the Oracle Integration Mapper to retrieve a value from a pre-configured lookup (also known as a Domain Value Map or DVM). This function takes several arguments, including the lookup location, the source column name, the value to search for in the source column, the target column name from which to return a value, and an optional default value if no match is found.

Free Oracle 1Z0-1042-25 Actual Exam Questions