Agent Skills Testing Guide: Measure Trigger Precision, False Positives, and Context Cost
Audit an Agent Skills loadout with specification checks, catalog budgets, overlap detection, near-miss prompts, and real activation records.
Audit an Agent Skills loadout with specification checks, catalog budgets, overlap detection, near-miss prompts, and real activation records.
Write useful AGENTS.md files with correct Codex discovery and precedence, root and nested scopes, practical templates, and maintenance checks.
Map AI Agent engineering roles to interview practice, project evidence, system skills, and a concrete job-preparation path.
Use traces to separate tool, turn, and task failures, test root-cause hypotheses, and turn confirmed failures into eval cases and regression gates.
Build one verifiable AI Agent portfolio project with architecture, tasks, traces, evals, security boundaries, failure logs, and deep-dive evidence.
Practice AI Agent system design through evolving constraints across context, tools, state, loops, graphs, permissions, and verification.
Build an evidence-based AI code review workflow that checks intent, runtime behavior, tests, risk boundaries, and the latest diff before merge.
Build a trusted A2UI Host that validates messages, admits known components, stages batches, and blocks unapproved actions before side effects.
Learn when to use Claude Code Skills, Hooks, or MCP by separating reusable procedures, lifecycle automation, and external tool connections.
Understand Claude Code token usage, /usage fields, active context, prompt cache reads and writes, session cost, and practical ways to diagnose growth.
Build a fair 3–5-task pilot to compare Coding Agents on your repository with fixed commits, tests, permissions, budgets, repeated trials, and review burden.
Learn what a Coding Agent should verify in a real browser before trusting a UI patch: layout, network, console, session state, and evidence limits.
Turn a preserved Coding Agent trace into a local JSONL dataset, deterministic graders, machine-readable reports, and a CI quality gate.
Understand how a coding agent harness controls repository context, tools, orchestration, sandbox boundaries, memory, verification, and agent selection.
Learn how to separate coding-agent memory into durable project rules, active task state, retrievable history, and disposable working context.
Build a local Coding Agent trace audit that preserves tool failures, retries, Token usage, handoffs, and explicit telemetry gaps.
Understand coding agent sandbox boundaries, workspace-write risks, host trust, command allowlists, privileged daemons, and practical isolation checks.
Build recalculable DeepSeek API cost records from cache-hit input, cache-miss input, output, retries, and human review time.
Set up DeepSeek V4-Flash in Codex CLI with a model catalog, named profile, API key, verification, rollback, and Responses API compatibility limits.
Design a Coding Agent Graph with explicit dependencies, serial and parallel execution, typed signals, merge rules, escalation, and governor authority.
Run parallel Coding Agents with isolated worktrees, runtime state, evidence, and merge authority so concurrency does not become integration chaos.
Verify AI-generated Go code with a reproducible Go workflow covering build, tests, vet, fuzzing, govulncheck, and human review.
Install Kimi Code CLI, migrate safely from the legacy Kimi CLI, verify configuration, understand permission modes, and run a careful first task.
Build a bounded Coding Agent Loop with an explicit local aim, evaluator, budget, stopping condition, authority scope, and escalation path.
Use a practical MCP server security checklist to verify provenance, OAuth scopes, token handling, tool side effects, data access, logging, and revocation.
Design MCP Tools that help Agents choose the right action through task-shaped boundaries, schemas, honest annotations, compact results, and actionable errors.
Learn a practical GitHub Spec Kit workflow from constitution and specification through plan, tasks, implementation, and human review gates.
Migrate TypeScript MCP SDK v2 to protocol 2026-07-28 with explicit negotiation, stateless HTTP handling, state relocation, and legacy client checks.