KNOWLEDGE PRACTICE / INTERVIEW QUESTIONS
Interview questions are used to check knowledge understanding, practice expression and derive engineering solutions. Answer independently first, and then compare and analyze; when encountering weak points, return to the corresponding knowledge to explain and complete them.
Choose the direction of knowledge you are learning, explain the principles, premises and boundaries independently, and then analyze and find out the omissions. When you need to make up lessons, use "Learn Corresponding Knowledge" to return to the explanation; when you need to verify the implementation, complete the hands-on tasks on the page.
The questions are designed based on public official information and engineering boundaries. The scale, faults and goals in the cases are teaching assumptions. The reference materials support the technical mechanism, and the Q&A, migration scenarios and self-evaluation standards are designed by this site.
When preparing for the interview, explain the principles, boundaries, and trade-offs in your own words, and then check against the basic compliance, intermediate and advanced signals, and senior signals. Reading records and single answers do not directly represent mastery.
Exercises found: 8
Task causality and resource attribution
String business tasks, model requests and tool calls into queryable links, and use quality regression to supplement operating indicators.
Approval targets and execution-time authorization
Implement permission checks at the tool execution boundary, bind approval to immutable parameters and resource versions, and reject prompt injection to expand authorization.
External data and execution-permission boundaries
Examine indirect prompt injection, data and command separation, tool permissions, and outbound control.
Isolate resources and capabilities when executing code
Examine files, networks, processes, credentials, and resource limits.
Capability and status contracts for fallback models
Examine multi-model adaptation, capability matrices, failure classification, and degradation.
Semantic and authorization equivalence for cache reuse
Examine different caching tiers, permission versions, latency and real savings.
Reconnecting clients and durable task state
Examine task and connection decoupling, event sequence number, reconnection and clear final state.
Incident containment, evidence, and causal diagnosis
Examine stop loss, version attribution, tiered metrics, privacy, and review.