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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Test, deploy, and monitor agentic AI systems | 20% | - Validate agent performance and safety
|
| Topic 2: Integrate tools, data, and services | 25% | - Connect data sources and knowledge bases
|
| Topic 3: Implement agents and multi-agent systems | 30% | - Build agents with Azure AI tools and frameworks
|
| Topic 4: Design agentic AI solutions | 25% | - Design agent architecture
|
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NEW QUESTION # 15
You have a GitHub Enterprise Cloud organization that uses a custom coding agent to run GitHub Actions workflows that create branches, open pull requests, and merge changes after required checks pass.
You need to log all agent-initiated actions and ensure that the logs are retained for two years.
What should you do?
Answer: C
Explanation:
Audit log streaming is the correct choice because it exports audit events to an external destination where the organization can apply its required two-year retention policy. This captures agent-initiated activity as part of the organization's auditable GitHub events.
Standard audit-log retention in GitHub may not meet a long-term evidence requirement on its own. Streaming allows the organization to store and search the exported events in a SIEM, data lake, or logging platform with retention controls aligned to compliance policy.
Log forwarding is not the required GitHub audit mechanism in this scenario. Enabling Git events can increase event visibility, but it does not independently provide the requested long-term retention of all relevant agent-initiated actions.
The external destination should preserve actor details, timestamps, repository identifiers, action types, and correlation information needed to reconstruct agent activity during an investigation.
Study-guide topics: accountability, audit log streaming, retention, and agent activity traceability.
NEW QUESTION # 16
You have a repository that uses the GitHub Copilot coding agent and supports hooks stored under .github/hooks.
You need a Shell command to run automatically whenever an agent execution fails.
Which type of hook should you use?
Answer: C
Explanation:
To automatically run a Shell command whenever a GitHub Copilot coding agent execution fails, you should use the errorOccurred (also referred to as onErrorOccurred) hook.
Hook Mechanics & ConfigurationGitHub Copilot agent hooks are defined using JSON configuration files placed in the .github/hooks/ directory.
Event Type: errorOccurred (or onErrorOccurred depending on your specific environment and version).
Execution Behavior: When an execution fails, the agent stops, triggers this hook, and passes detailed error metrics and session context as a JSON payload to the script's standard input (stdin).
Incorrect:
[Not B]
sessionEnd - Agent session completes or is terminated.
Reference:
https://awesome-copilot.github.com/learning-hub/automating-with-hooks/
NEW QUESTION # 17
While using agent mode in VS Code, you want Copilot to run a specific test suite as a validation step after making changes, without manually invoking the terminal each time. What feature enables this?
Answer: A
Explanation:
Agent mode can be granted permission to invoke terminal commands (like running a test suite) as part of its autonomous workflow, allowing it to self-validate changes rather than requiring the developer to run tests manually each time.
NEW QUESTION # 18
You use the GitHub Copilot CLI in a developer terminal.
You plan to use Copilot CLI programmatically to summarize recent commits.
You need to ensure that Copilot performs a low-risk, read-only action without granting Copilot broad write or execution capability.
Which Copilot CLI configuration should you use?
Answer: A
Explanation:
Option C is the intended answer because it grants a specific tool permission associated with Git rather than enabling every tool or allowing general file modification. The -p argument supplies the prompt programmatically, making the command suitable for a script that requests a summary of recent repository activity.
Option A grants unnecessarily broad tool access. Option B denies the Git capability needed to inspect commit history. Option D authorizes file-writing functionality, which is unrelated to producing a read-only summary.
The permission boundary nevertheless requires precise interpretation. Allowing Git is not inherently equivalent to enforcing read-only behavior: Git includes commands that modify files, repository state, and remote branches. A strict implementation should authorize only the required inspection commands, such as git log, using the permission-pattern syntax supported by the installed CLI version. The prompt should request summarization, but the prompt itself is not an access-control mechanism.
Therefore, C is the narrowest relevant selection among the supplied options, while command-specific restrictions are necessary to establish a genuinely read-only execution policy.
Relevant curriculum topics are selecting required tools, configuring tool permissions, and applying least privilege to agent execution.
Reference:
NEW QUESTION # 19
You have a GitHub Enterprise Cloud organization that uses GitHub Actions for CI/CD.
You plan to enable an agent to update and deploy workflows that access production environment secrets.
You need to select an autonomy level for a compliance-sensitive workflow.
Which autonomy level should you select?
Answer: C
Explanation:
Human-in-the-loop execution provides the appropriate autonomy level because the agent's actions affect production deployment and access to production secrets. The agent can prepare changes and perform permitted validation, while an authorized person approves the production transition. This retains useful automation while placing human judgment at the consequential execution boundary.
GitHub Actions environments support required reviewers. A job referencing a protected environment must satisfy its protection rules before proceeding. GitHub explicitly documents that when approval is required, the job cannot access environment secrets until a required reviewer approves it. The approval gate therefore controls an operational capability, rather than merely asking the model to behave cautiously.
Option A removes the oversight required by the scenario. Option B prevents the agent from performing the requested deployment work. Option D restricts execution to non-production environments and consequently does not provide a controlled route to production.
The workflow should bind deployment to the protected production environment and align reviewer permissions with organizational policy. Relevant curriculum topics are risk-based autonomy levels, explicit authorization for compliance-sensitive changes, and least-privilege execution.
Reference:
NEW QUESTION # 20
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