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| Section | Weight | Objectives |
|---|---|---|
| Introduction to AI Agents | 15% | - AI agent fundamentals
|
| Model Context Protocol (MCP) Fundamentals | 15% | - MCP architecture and integration
|
| LangChain for AI Agents | 5% | - LangChain fundamentals and agent construction
|
| OpenAI Responses API and Agents SDK | 15% | - OpenAI agent stack
|
| OCI Enterprise AI Agents | 25% | - OCI Enterprise AI platform and agent services
|
| Agentic AI for Oracle AI Database | 25% | - Oracle AI Database agentic AI capabilities
|
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NEW QUESTION # 12
Which Python package is installed first for a simple OCI Responses API setup?
Answer: A
Explanation:
A basic Python implementation of the OCI Responses API uses the official OpenAI Python SDK, installed through the openai package. Oracle's Enterprise AI Agents quick-start documentation explicitly instructs developers to install it using pip install openai and further clarifies that the Responses API should be invoked using the OpenAI SDK rather than the OCI SDK.
This is possible because OCI's Responses API implements an OpenAI-compatible interface . Developers use familiar OpenAI request structures while configuring the base URL for OCI Generative AI and supplying OCI-compatible authentication. Oracle supports multiple OCI authentication approaches, including user principals, instance principals, and resource principals, while the client API retains the OpenAI-compatible programming model.
The other packages serve unrelated purposes. boto3 is the AWS SDK for Python; requests-html is an HTTP
/HTML processing library; and Django is a Python web application framework. None is the required client package for the documented OCI Responses API quick-start.
Consequently, C is the correct answer and directly matches both Oracle's implementation instructions and the answer identified in the supplied examination file.
Study Guide reference/topic: OCI Enterprise AI Agents - OCI Responses API, OpenAI compatibility, Python SDK setup, endpoints, and OCI authentication.
NEW QUESTION # 13
According to the MCP architecture model, which statement describes the client-server relationship?
Answer: C
Explanation:
MCP follows a host-client-server architecture in which the host creates an MCP client for each MCP server it connects to. The official architecture specifies that each MCP client maintains a dedicated connection with its corresponding MCP server . A host connecting to several servers therefore normally manages several MCP client instances rather than multiplexing all servers through one shared client connection. MCP also does not require clients and servers to reside on different machines. STDIO-based servers commonly execute locally, while Streamable HTTP supports remotely deployed servers. Likewise, a remote MCP server can serve many MCP clients, so a server is not permanently restricted to one client. This client-server separation is particularly relevant to OCI Enterprise AI Agents because MCP Calling enables OCI agent workflows to consume capabilities exposed by remote MCP servers through a standardized integration model.
NEW QUESTION # 14
Which authentication approach should be used for production-grade access to OCI Enterprise AI services?
Answer: C
Explanation:
For production OCI Enterprise AI workloads, Oracle recommends OCI IAM-based authentication rather than long-lived development credentials. The uploaded source identifies OCI IAM authentication with signed requests and IAM policies as the correct production architecture.
Oracle's OCI Responses API authentication documentation distinguishes service API keys used for testing and early development from IAM authentication intended for production and OCI-managed environments.
IAM-based authentication uses OCI identity principals and request-signing mechanisms and allows authorization to be controlled through centralized IAM policies. Oracle specifically recommends IAM when applications execute in services such as OCI Functions or Oracle Kubernetes Engine, when long-lived API keys should be avoided, or when fine-grained centralized access control is required.
IAM policies also implement least privilege by defining exactly which users, groups, resource principals, or workloads can access individual Generative AI resource types.
Browser cookies, anonymous tenancy access, and credentials committed into source repositories violate standard enterprise security practices and significantly increase credential-exposure risk.
Therefore, A is the only production-grade authentication approach among the choices.
Study Guide reference/topic: OCI Enterprise AI Agents - OCI IAM, signed requests, policies, principals, least privilege, and production authentication.
NEW QUESTION # 15
In the OpenAI Agents SDK, what is the role of the Runner?
Answer: B
Explanation:
The Runner is responsible for executing the OpenAI Agents SDK agent loop. The uploaded course source identifies this directly as the Runner's role.
When Runner.run() , Runner.run_sync() , or Runner.run_streamed() is invoked, the Runner starts with an agent and user input, calls the configured model, evaluates the model output, and decides what happens next.
If the output is final, execution terminates. If the model requests a tool call, the Runner executes the tool, appends the result, and calls the model again. If the model produces a handoff, the Runner updates the active agent and continues the loop. OpenAI's official documentation describes precisely this lifecycle.
The Runner is therefore an orchestration/runtime component rather than an agent-hosting deployment service.
Authentication configuration exists separately, and function-tool JSON schemas are generated by the tool- definition mechanisms rather than being the Runner's primary responsibility.
This distinction is central to the SDK architecture: the Agent defines behavior and capabilities , while the Runner executes the iterative workflow .
Therefore, C is correct.
Study Guide reference/topic: OpenAI Responses API and Agents SDK - Runner, agent loop, tool execution, handoffs, final output, and runtime orchestration.
NEW QUESTION # 16
In a production MCP architecture, where are tool implementations hosted?
Answer: D
Explanation:
In MCP architecture, executable capabilities are exposed by an MCP server . The server advertises available tools through the protocol, including each tool's name, description, and input schema. An MCP client discovers those capabilities using tools/list and invokes a selected tool through tools/call . The uploaded course material therefore correctly identifies the separate MCP server as the location associated with production MCP tool implementations.
The official MCP architecture defines an MCP server as the program that provides context and capabilities to MCP clients. It also defines tools as executable functions exposed by servers for actions such as API calls, database queries, or file operations. During execution, the AI application routes the model-generated tool call through the corresponding MCP client to the appropriate MCP server.
Tools are not encoded into an LLM's trained weights. Locally defined function tools can indeed be declared in agent code, but that is distinct from an MCP-served tool. Likewise, the MCP client handles communication and protocol coordination; it is not conceptually the server-side implementation host.
Therefore, A is architecturally correct.
Study Guide reference/topic: Model Context Protocol (MCP) Fundamentals - MCP Servers, tool hosting, tools/list, tools/call, and client-server separation.
NEW QUESTION # 17
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