Free 1Z0-1042-26 Practice Test Questions and Answers (2026)

The "Feature Controlled" lifecycle stage includes Oracle Integration Cloud (OIC) features that can be

enabled or disabled upon request. This allows administrators to control access to certain features within

their OIC instance environment, providing flexibility to enable only those features that are needed and

potentially disabling those that are not required or that could pose risks. These feature flags are

managed by Oracle and can be toggled based on the specific requirements of the environment or

organization.

Oracle Managed File Transfer (MFT) Cloud Service provides an enterprise-grade file transfer platform running on Oracle Cloud Infrastructure. Provisioning MFT on OCI is accomplished using the Oracle SOA Cloud Service provisioning wizard. When launching the creation wizard for Oracle SOA Cloud Service, users select "MFT Cluster" as the specific service type to deploy an MFT domain environment. This provisions the WebLogic Server cluster, managed servers, and required infrastructure configured specifically for MFT operations. Standard MFT cloud deployments depend on SOA Cloud Service management tools to orchestrate instance creation, network attachments, and compute resources on OCI, making the selection of "MFT cluster" during SOA CS provisioning mandatory for setting up an MFT environment.

Option A is incorrect because defining compute nodes for WebLogic clusters is a required setup step during initial instance provisioning, not an optional step if no longer needed.

Option B is incorrect because B2B cluster configuration is specific to B2B integration components and is not mandatory when provisioning a standalone Managed File Transfer service instance.

Option C is incorrect because database instances (such as Oracle Autonomous Database) are provisioned independently on OCI and referenced during setup, not provisioned inside OIC.

- Oracle Cloud Infrastructure Documentation, "Using Oracle Managed File Transfer Cloud Service", Chapter: "Provisioning Oracle MFT Cloud Service", Section: "Creating an Oracle MFT Cloud Service Instance".

- Oracle SOA Cloud Service Documentation, "Administering Oracle SOA Cloud Service", Section: "Selecting the Service Type for MFT Deployment".

For outbound SOAP Invoke connections, options like "Suppress insertion of timestamp into the request"

and "Ignore timestamp in the response message" allow managing timestamps in SOAP messages.

These options are relevant only for outbound configurations, not for inbound triggers.

In Oracle Internet of Things (IoT) Cloud Service, REST APIs are used to integrate third-party devices, platforms, and partner applications. Registering a partner or a third-party device platform requires sending an HTTP POST request to the partner administration endpoint /iot/api/v2/private/partners. Standard HTTP methods govern RESTful web service operations in Oracle IoT CS; POST is explicitly required for resource creation operations like registering new partner integrations. Custom or non-standard HTTP methods like CREATE or REGISTER do not exist in the HTTP protocol specification, while PUT and GET are reserved for updating existing resources and retrieving resource metadata, respectively.

A: CREATE is not a valid HTTP verb in standard REST architecture or Oracle IoT Cloud Service REST APIs.

C: REGISTER is not a standard HTTP verb and is not supported by Oracle IoT REST API endpoints.

D: PUT is used for updating existing partner details or replacing a resource, not for initial partner registration.

E: GET is used exclusively to retrieve existing partner information and cannot be used to perform registration.

- Oracle Cloud REST API for Oracle Internet of Things Cloud Service, Section: "Partner REST APIs - Register a Partner", Endpoint: POST /iot/api/v2/private/partners.

- Oracle Fusion Middleware Developer's Guide for Oracle Internet of Things Cloud Service, Chapter 4: "Integrating Enterprise Applications and Third-Party Cloud Services".

A business process implementation can be mapped to milestones across multiple models, making B the

incorrect statement. Milestones can be used in complex scenarios, shared between processes, and can

be identified with XPath expressions.

B: XSLT flow control statements cannot be directly dragged to target elements in the mapper. D: A single

source data element can be mapped to multiple target node elements.

Incorrect:

A: XPath functions can be mapped to target node elements.

C: You can map a source element to a target element even if the target is already mapped.

C. You cannot drag and drop a source element to a target node element that is already mapped.

This is true because once a target node element is mapped, it cannot be directly overridden by dragging

and dropping another source element onto it. You would typically need to remove the existing mapping

first.

D. You can drag and drop a source data element to multiple target node elements.

This is true because a single source element can be mapped to multiple target elements, allowing the

same data to be used in different parts of the output structure.

These statements reflect the typical behaviors when using a mapper activity in integration tools, which

manage how source data is mapped to target structures.

The Mapper tool allows flexibility in mapping, including mapping one source element to multiple target

elements. XSLT flow control statements (e.g., xsl

, xsl

) cannot be directly dragged to target elements.

When architecting hybrid integration scenarios where Oracle SOA Cloud Service (SOA CS) application adapters connect to on-premises systems, network architecture and supportability are critical factors. First, architects must account for network connectivity options (such as FastConnect, IPsec VPN, or SSH tunnels) and evaluate latency sensitivity, as network delay between cloud and on-premises systems impacts transaction throughput and request timeouts. Second, developers must verify Oracle Support Notes and certification matrices to ensure that the hybrid cloud configuration and adapter topology for the target on-premises application are officially certified and supported by Oracle. These steps prevent performance bottlenecks and unsupported hybrid integration deployments.

Option C is incorrect because designing a load balancer addresses inbound traffic balancing, not outbound application adapter connectivity to on-premises backends.

Option D is incorrect because opening unencrypted HTTP port 80 in a DMZ poses severe security risks and is not recommended for secure enterprise hybrid connectivity.

1. Oracle Cloud Administering Oracle SOA Cloud Service, Chapter 3 "Understanding Network Connections in Oracle SOA Cloud Service", Section "Connecting SOA Cloud Service to On-Premises Databases and Applications".

2. Oracle Support Document 2200238.1: "SOA Cloud Service Hybrid Integration Certification and Best Practices Matrix".

In Oracle Integration Cloud (OIC) Process, Human Tasks allow process designers to configure deadlines, escalation policies, and expiration behavior for approval interactions. Within the Human Task editor, under the Escalation and Expiration tab, administrators define how the system handles tasks that are not completed within a specified time limit. The four valid configurable options available in the deadline policy settings are Never Expire, Expire, Renew, and Escalate. Selecting "Never Expire" keeps the task pending indefinitely, "Expire" marks the task as expired after a duration, "Renew" extends the task deadline automatically for assigned users, and "Escalate" routes the pending task to a designated supervisor or higher authority upon timer expiration.

Option A is incorrect because "Reset" is not a valid deadline action under the Escalation and Expiration tab settings in OIC Process.

Option B is incorrect because "Skip" and "Reset" are not supported task expiration or escalation policy actions in human task definitions.

Option D is incorrect because "Never Escalate" is not an explicit drop-down option, and this choice omits the valid "Renew" policy action.

- Oracle Cloud Documentation, "Developing Applications with Oracle Integration Cloud", Chapter: "Design Process Applications", Section: "Configure Human Task Deadlines and Escalations", Oracle Doc ID: E85324-01.

- Oracle Fusion Middleware Documentation, "Developing SOA Applications with Oracle SOA Suite", Section: "Configuring Human Task Expiration and Escalation Policies".