go-adk

📁 metalagman/agent-skills 📅 7 days ago
3
总安装量
3
周安装量
#58862
全站排名
安装命令
npx skills add https://github.com/metalagman/agent-skills --skill go-adk

Agent 安装分布

amp 3
github-copilot 3
codex 3
kimi-cli 3
gemini-cli 3
cursor 3

Skill 文档

go-adk

Expert guidance for developing agents with google.golang.org/adk (Go ADK).

When to trigger

  • The user mentions Go ADK, google.golang.org/adk, adk-go, or asks how to build agents in Go.
  • The task involves ADK concepts like llmagent, tools, callbacks, sessions/state/memory, workflow agents, streaming, MCP, A2A, ADK web/API runtime, launchers, deployment, evaluation, or safety controls.

Core rules

  • Treat references/llms-index.md as the required ADK coverage map.
  • Prefer official ADK Go APIs and examples over ad-hoc wrappers.
  • Follow existing repository patterns first (imports, launcher style, layout, env handling).
  • For version-sensitive behavior, check release notes and API reference before giving definitive guidance.
  • Prioritize Go-specific ADK docs first; if a feature is documented only in another SDK doc, call that out explicitly.
  • Keep agent names unique and never use user as an agent name.
  • Use concise Description fields so delegation and tool selection remain reliable.
  • Treat ADK Web as development-only unless the user explicitly asks for production runtime choices.

Workflow

  1. Map task to ADK domain:
    • Build, run, deploy, evaluate, safety, components, protocols, or reference.
    • Load only the relevant sections from references/llms-index.md.
  2. Confirm execution style:
    • Launcher-first app (cmd/launcher, cmd/launcher/full) or embedded runtime (runner.Run loop).
    • Local dev UI, CLI-only, or REST/API server flow.
  3. Build the first working agent:
    • llmagent.New(llmagent.Config{...}) with a concrete model (commonly gemini.NewModel(...)).
    • Add minimum viable Instruction, Description, and Tools.
  4. Add tools safely:
    • Use functiontool.New(...) for typed custom tools.
    • Use geminitool.GoogleSearch{} or other ADK/native integrations only when needed.
    • For sensitive tools, apply confirmations, auth, and policy callbacks.
  5. Wire stateful execution:
    • Sessions via session.Service (often session.NewInMemoryService() for local dev).
    • Add memory.Service only when cross-session retrieval is required.
    • Add state/context/artifacts management only when required by the workflow.
  6. Apply control points:
    • Use callbacks (Before/After Model, Before/After Tool, agent callbacks) for logging, caching, guardrails, and overrides.
    • Prefer plugins for reusable security policy enforcement.
  7. Scale composition:
    • Use workflow agents for deterministic orchestration (sequentialagent, parallelagent, loopagent).
    • Use multi-agent delegation (descriptions + transfer behavior) only when specialization is clear.
  8. Select runtime/deployment posture:
    • Local dev: CLI/Web/API.
    • Production: deployment target + observability + safety posture.
  9. Verify behavior end-to-end:
    • Validate happy-path conversation, tool errors, callbacks, session resume/rewind behavior, and evaluation criteria.

Output expectations

  • Provide exact Go imports, runnable snippets, and command lines that match the chosen runtime mode.
  • Call out version-sensitive behavior if the user targets older ADK tags.
  • Mention the relevant ADK doc section when guidance comes from llms-index categories beyond core Go quickstart pages.
  • Prefer small, testable incremental changes over large rewrites.

References