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composable-mini-apps
Build many focused workspace apps that compose through agent discovery and A2A. Use when designing headless mini-apps or cross-app workflows.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
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Build many focused workspace apps that compose through agent discovery and A2A. Use when designing headless mini-apps or cross-app workflows.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
How to look up version-matched Agent Native framework docs in node_modules. Use before coding against @agent-native/core APIs or advanced features.
Use Content for repo-backed Markdown/MDX docs, blogs, resources, rich document editing, local components, shareable copies, and Content local-file workspaces. Prefer Content actions over raw filesystem writes when available.
All AI features in Clips — titles, summaries, chapters, tags, filler-word removal — delegate to the agent chat via sendToAgentChat except the narrow media pipeline path: transcription. Use when adding any AI-powered feature.
How Clips shares recordings — composes with the framework sharing skill and adds password, expiry, embed URLs, and view-counting. Use when wiring the share dialog, building embed links, adding a password, or debugging who can see a recording.
Cross-platform pattern for handling messaging integration webhooks (Slack, Telegram, WhatsApp, email, etc.) on serverless hosts. Use when adding a new integration adapter, debugging dropped messages, or wiring long-running agent work into a webhook handler.
Turn ordinary text plans into rich interactive visual plans with diagrams, file maps, annotated code, open questions, and UI/prototype review when useful.
| name | composable-mini-apps |
| description | Build many focused workspace apps that compose through agent discovery and A2A. Use when designing headless mini-apps or cross-app workflows. |
Prefer many one-job apps in a workspace over one oversized app. A headless app can own a provider, dataset, workflow, or specialist action surface without a full UI; the main agent composes those apps through discovery and A2A.
package.json description, and
action names that describe the job it owns.packages/shared;
keep the workflow actions in separate apps.The main agent should discover available siblings before assuming capability:
<available-apps> block built from
discoverAgents(). Workspace siblings are layered in by
discoverWorkspaceAgents().GET /_agent-native/agents?selfAppId=<app-id>.invokeAgent() / agent-native invoke) when they need to call an app by
id, name, or URL.call-agent with the sibling app id when another app
owns the work or data. Never call the current app through call-agent; use
local actions instead.Send narrow prompts to siblings: name the exact question, relevant ids, date ranges, and expected output shape. Preserve returned ids and URLs verbatim.
Mini-apps should hand off compact artifacts, not giant pasted transcripts or provider dumps. When a mini-app creates something another app may use, return or store an artifact with:
artifactType - what kind of output this is, such as deal-set,
call-evidence, brief, dashboard, or report.artifactId - the stable app-owned id, file path, or resource id.createdAt - an ISO timestamp.source - provider/app/source ids used to create it.summary - a short human-readable explanation.items or records - the bounded structured data downstream apps need.links - fully qualified URLs for user-visible artifacts.Downstream apps should receive artifact ids, URLs, and narrow follow-up questions. If a downstream app needs more detail, it should call back to the artifact-owning app instead of asking the orchestrator to paste the whole corpus into a prompt.
Example: hubspot-pipeline returns { artifactType: "deal-set", artifactId: "hubspot-pipeline:deal-set:2026-06-18" }. deal-brief passes
that id to gong-evidence, which returns a call-evidence artifact id and
URLs. deal-brief then synthesizes the final brief from the artifact ids and
bounded summaries.
Provider-specific actions are shortcuts, not limits. When the upstream API can
answer the question better than a first-class shortcut, call
provider-api-catalog and provider-api-docs as needed, then
provider-api-request against the real provider endpoint. For broad joins,
searches, or absence claims, stage the bounded corpus with stageAs and reduce
it with query-staged-dataset or code.
When composing apps, make the provider-owning mini-app do those
provider-api-request calls. The orchestrator should delegate a bounded job;
it should not reimplement every provider endpoint locally.
For a sales-intelligence workspace, split the job into small apps:
| App | Owns | Calls |
|---|---|---|
hubspot-pipeline | CRM deals, contacts, companies, associations | provider-api-request with provider hubspot |
gong-evidence | Calls, transcripts, snippets, speaker evidence | provider-api-request with provider gong |
knowledge-base | Internal docs, pricing rules, playbooks | local search/read actions |
deal-brief | Orchestration and final brief | invokeAgent() or call-agent to the three apps |
Flow: deal-brief asks hubspot-pipeline for the target account and open
deals, asks gong-evidence for recent transcript evidence about those deals,
asks knowledge-base for relevant playbook guidance, then synthesizes the
answer. That is a HubSpot→Gong→knowledge-base chain made of focused apps,
not a single app that clones every provider integration.
provider-api-request can express
the upstream API safely.