Exactprep 1z0-1042-24 Questions

Comprehensive and Detailed Explanation:

Oracle Integration Cloud (OIC) is a platform designed to simplify and accelerate the creation of integrations between various applications, whether cloud-based or on-premises. Its key advantages include:

Prebuilt integrations (A):OIC provides a library of prebuilt adapters and integration recipes, reducing development time.

Auto-association of Oracle SaaS applications (B):OIC seamlessly integrates with Oracle SaaS applications (e.g., HCM, ERP) via adapters, often auto-configuring connection details.

Public/Private Cloud portability (D):OIC supports hybrid integrations, connecting public cloud services with private/on-premises systems via the Connectivity Agent.

Data mapping recommendations (E):The OIC mapper provides intelligent suggestions to simplify data transformation between source and target schemas.

However,User Choice of IDE for development (C)is not an advantage because OIC uses a browser-based, low-code design environment rather than offering a choice of external Integrated Development Environments (IDEs) like Eclipse or IntelliJ. Development is confined to OIC’s built-in designer, which prioritizes simplicity over flexibility in tooling. This limitation distinguishes it from platforms where developers can select their preferred IDE.

Comprehensive and Detailed Explanation:

Notifications:

C:False—not a standard alert.

Comprehensive and Detailed Explanation:

Migration involves exporting and importing:

Option A:False—manually editing IAR files is not supported; identifiers and versions are managed within OIC.

Option B:True—OIC prevents importing an integration if an identical identifier and version exist in the target instance to avoid conflicts.

Option C:Partially true—IAR or PAR files include connection metadata, but not sensitive data (e.g., credentials), and “still contain” is vague; B is clearer.

Option D:False—imported integrations (even in packages) are inactive by default and require activation post-import.

B ensures uniqueness and integrity during migration.

Comprehensive and Detailed Explanation:

Performance issues require systematic resolution:

Option B:Analyzing metrics (via Monitoring > Instances or Dashboards) identifies bottlenecks (e.g., slow external calls, large payloads), enabling targeted optimization (e.g., batching, caching). This is the best practice.

Option A:Deleting and recreating loses history and is inefficient without diagnosis.

Option C:Reactivation might reset transient issues but doesn’t address root causes.

Option D:Scaling instances increases cost without guaranteeing resolution if the bottleneck is elsewhere.

Data-driven optimization ensures effective synchronization.