1z0-1157-26日本語版テキスト内容 & 1z0-1157-26復習攻略問題

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Oracle 1z0-1157-26 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: OCI Enterprise AI Agents25%- OCI Enterprise AI platform and agent services
  • 1. OCI Enterprise AI Agents development, orchestration, and execution
    • 2. OCI Enterprise AI Agents building blocks: Responses API, tools, memory, and vector stores
      • 3. Building and running AI agents with OCI Enterprise AI Agents
        • 4. Deployment and scaling options
          • 5. OCI Enterprise AI platform services for the enterprise AI agent lifecycle
            Topic 2: Model Context Protocol (MCP) Fundamentals15%- MCP architecture and integration
            • 1. MCP hosts, clients, servers, tools, resources, and prompts
              • 2. JSON-RPC 2.0 message format
                • 3. MCP transport options including stdio and Streamable HTTP
                  • 4. Integrating MCP capabilities into agentic AI workflows
                    • 5. Role of MCP in standardizing integration between AI agents and external tools
                      Topic 3: Agentic AI for Oracle AI Database25%- Oracle AI Database agentic AI capabilities
                      • 1. Select AI for natural-language interaction with Oracle AI Database
                        • 2. Grounding agent responses with enterprise data from Oracle AI Database
                          • 3. Oracle AI Vector Search workflow: document chunking, embedding generation, similarity search, and retrieval
                            • 4. Oracle AI Vector Search, Select AI, and MCP integration
                              • 5. Oracle AI Database Private Agent Factory
                                • 6. VECTOR data type, vector embeddings, and similarity search
                                  • 7. Oracle Autonomous AI Database MCP Server
                                    Topic 4: OpenAI Responses API and Agents SDK15%- OpenAI agent stack
                                    • 1. Guardrails for validating inputs, outputs, and agent actions
                                      • 2. OpenAI Responses API for agentic applications
                                        • 3. Multi-agent design patterns and handoffs
                                          • 4. Agents SDK primitives: Agent, Runner, Tool, Handoffs, and Guardrails
                                            • 5. Function calling and tools
                                              Topic 5: LangChain for AI Agents5%- LangChain fundamentals and agent construction
                                              • 1. LangChain core abstractions: chat models, prompts, tools, and agents
                                                • 2. LangChain agent reasoning and tool execution flow
                                                  • 3. LangChain tools, prompts, and chains
                                                    Topic 6: Introduction to AI Agents15%- AI agent fundamentals
                                                    • 1. Differentiate AI agents from traditional chatbots and rule-based workflows
                                                      • 2. Core components of an AI agent: LLM, tools, and orchestration loop
                                                        • 3. Agent reasoning patterns: Chain-of-Thought and ReAct
                                                          • 4. Safety considerations and guardrail techniques

                                                            >> 1z0-1157-26日本語版テキスト内容 <<

                                                            1z0-1157-26復習攻略問題 & 1z0-1157-26試験勉強書

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                                                            Oracle Agentic AI Foundations Associate 認定 1z0-1157-26 試験問題 (Q29-Q34):

                                                            質問 # 29
                                                            Which four behaviors does every Select AI Agent perform?

                                                            正解:D

                                                            解説:
                                                            Oracle Select AI Agent is architected around four foundational behaviors: Planning, Tool Use, Reflection, and Memory Management . Oracle documentation describes these as the framework's principal layers. Planning interprets the user's objective, decomposes it into ordered actions, and identifies appropriate capabilities. Tool Use invokes mechanisms such as NL2SQL, RAG, PL/SQL procedures, or external REST services. Reflection evaluates observations returned by those tools and determines whether the current plan should continue, be revised, or use another capability. Memory preserves context and useful information, supporting coherent multi-turn interactions and longer-term continuity.
                                                            Oracle explicitly states that Select AI Agent combines planning, tool use, reflection, and memory and implements a ReAct-style agentic pattern in which the agent reasons, acts through tools, evaluates observations, and continues toward the goal.
                                                            The alternative answer sets describe generic information-retrieval or operational lifecycle stages but do not correspond to Oracle's defined Select AI Agent architecture. Consequently, B reproduces the four documented agent behaviors and is the correct answer in the supplied question set.
                                                            Study Guide reference/topic: Agentic AI for Oracle AI Database - Select AI Agent architecture, Planning, Tool Use, Reflection, Memory, and ReAct.


                                                            質問 # 30
                                                            What is an embedding in a semantic search workflow?

                                                            正解:C

                                                            解説:
                                                            An embedding is a numerical vector representation of data created by an embedding model, normally implemented using a neural network. Its purpose is to encode semantic characteristics so that items with related meanings are positioned near each other in a multidimensional vector space. Instead of matching only literal keywords, a semantic-search system converts documents and queries into vectors and compares their relative distances or similarities.
                                                            Oracle AI Vector Search documentation explains that vector embeddings are mathematical representations describing semantic meaning for content such as text, documents, images, or audio. Oracle further states that modern embeddings are created through neural networks, commonly transformer-based models, although other neural architectures can also be used. This allows Oracle AI Database to store those embeddings using its VECTOR data type and perform similarity searches against them.
                                                            A trigger is procedural database logic, a SQL JOIN combines relational data, and a compressed video format is unrelated to semantic representation. Consequently, B is the only technically valid definition. The uploaded question set confirms the same answer.
                                                            Study Guide reference/topic: Agentic AI for Oracle AI Database - Oracle AI Vector Search, vector embeddings, semantic similarity, and neural embedding models.


                                                            質問 # 31
                                                            Which value associates OCI Responses API requests with a specific OCI Generative AI Project?

                                                            正解:C

                                                            解説:
                                                            OCI Responses API requests are associated with an OCI Generative AI Project through the project's OCID - Oracle Cloud Identifier . Oracle requires an OCI Generative AI project for agent-related OpenAI-compatible API calls and uses the project identifier to determine the project context under which responses, conversations, files, containers, retention settings, and related resources operate.
                                                            Oracle's OCI Responses API documentation shows the OpenAI client configured with a project parameter containing a Generative AI Project OCID. Oracle explicitly states that this value identifies the OCI Generative AI project for the request. Oracle's project documentation further explains that projects organize agent- specific artifacts, provide isolation boundaries, and that the project OCID must be referenced in API and SDK calls to apply project settings during runtime.
                                                            An Object Storage bucket could contain data used by another workflow but does not identify the Generative AI project. The tenancy display name identifies a tenancy conceptually but not the target project. A VCN OCID refers to network infrastructure.
                                                            Therefore, D is correct and matches the uploaded answer key.
                                                            Study Guide reference/topic: OCI Enterprise AI Agents - Generative AI Projects, Project OCID, OCI Responses API configuration, and project isolation.


                                                            質問 # 32
                                                            How are tool calls handled between the LLM and the application?

                                                            正解:B

                                                            解説:
                                                            For application-defined function tools, an LLM does not inherently execute the external operation itself.
                                                            Instead, the model produces a structured tool-call request identifying the selected function and supplying arguments. The application or agent runtime then interprets that request, applies appropriate validation or authorization, invokes the corresponding implementation, and returns the result to the model for subsequent reasoning.
                                                            The OpenAI Responses API defines function calls as custom tools supplied by the developer that enable the model to request execution of application code using typed arguments. The OpenAI Agents SDK makes the separation explicit: a FunctionTool contains the tool name, description, parameter JSON schema, and an on_invoke_tool implementation that actually executes when the runtime processes the model-generated arguments.
                                                            This boundary is critical for security. The model proposes an action; controlled application/runtime logic performs the action. The model is therefore not automatically granted direct database, filesystem, network, or operating-system privileges merely because a tool has been described to it.
                                                            Options A, B, and D incorrectly remove this enforcement boundary. Consequently, C is the correct architectural description and matches the supplied question source.
                                                            Study Guide reference/topic: OpenAI Responses API and Agents SDK - function calling, structured tool calls, application execution, validation, schemas, and security boundaries.


                                                            質問 # 33
                                                            Which standard MCP transport supports remote or network-accessible deployments where multiple clients may connect?

                                                            正解:B

                                                            解説:
                                                            Streamable HTTP is the standard MCP transport intended for remote or network-accessible client-server communication. Current MCP architecture documentation distinguishes it from STDIO by explaining that Streamable HTTP uses HTTP POST for client-to-server communication and can optionally use Server-Sent Events for streaming. It enables communication with remote MCP servers and can support standard HTTP authentication mechanisms.
                                                            The MCP transport specification further establishes two standard transport mechanisms: stdio and Streamable HTTP . With STDIO, the client launches an MCP server as a local subprocess and exchanges JSON-RPC messages through standard input and standard output. That pattern is therefore most appropriate for local process integration. By comparison, a Streamable HTTP server operates as an independent service and can handle multiple client connections, making it suitable for centralized or cloud-hosted MCP deployments.
                                                            Raw TCP sockets and local Unix pipes are not the standard remote MCP transport defined by the protocol.
                                                            Therefore, C is correct and matches the supplied source material.
                                                            Study Guide reference/topic: Model Context Protocol (MCP) Fundamentals - STDIO versus Streamable HTTP transport and remote MCP deployment.


                                                            質問 # 34
                                                            ......

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