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SKILL verified Apache-2.0 Self-run

Google Agents Cli Scaffold

skill-google-agents-cli-google-agents-cli-scaffold · by google

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Install

$ agentstack add skill-google-agents-cli-google-agents-cli-scaffold

✓ scanned · ✓ verified, works with Claude Code, Cursor, and more.

Security review

✓ Passed

No issues found. Passed automated security review. · v0.1.0 How review works →

  • Prompt-injection patterns
  • Secret / credential exfiltration
  • Dangerous shell & filesystem operations
  • Untrusted network calls
  • Known-malicious package signatures

What it can access

  • Network access No
  • Filesystem access No
  • Shell / process execution No
  • Environment & secrets Used
  • Dynamic code execution No

From automated source analysis of v0.1.0. “Used” means the capability is present in the source — more access means more to trust, not that it’s unsafe.

View the full security report →

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Reliability & compatibility

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Declared compatibility

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Compatibility is declared by the source manifest. End-to-end runtime verification is coming, see below.

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About

ADK Project Scaffolding Guide

> Requires: agents-cli (uv tool install google-agents-cli) — install uv first if needed.

Use the agents-cli CLI to create new ADK agent projects or enhance existing ones with deployment, CI/CD, and infrastructure scaffolding.


Prerequisite: Clarify Requirements (MANDATORY for new projects)

Before scaffolding a new project, load /google-agents-cli-workflow and complete Phase 0 — clarify the user's requirements before running any scaffold create command. Ask what the agent should do, what tools/APIs it needs, and whether they want a prototype or full deployment.


Step 1: Choose Architecture

Mapping user choices to CLI flags:

| Choice | CLI flag | |--------|----------| | RAG with vector search | --agent agentic_rag --datastore agent_platform_vector_search | | RAG with document search | --agent agentic_rag --datastore agent_platform_search | | A2A protocol | built into every ADK agent — scaffold normally (--agent adk) | | Prototype (no deployment) | --prototype | | Deployment target | --deployment-target | | CI/CD runner | --cicd-runner | | Session storage | --session-type |

Product name mapping

Older names → CLI values (vertexai SDK package name unchanged):

  • Agent Engine / Vertex AI Agent Engine → --deployment-target agent_runtime
  • Vertex AI Search / Agent Search → --datastore agent_platform_search
  • Vertex AI Vector Search / Vector Search → --datastore agent_platform_vector_search
  • Agent Engine sessions / Agent Platform Sessions → --session-type agent_platform_sessions

Step 2: Create or Enhance the Project

Create a New Project

agents-cli scaffold create  \
  --agent  \
  --deployment-target  \
  --region  \
  --prototype

Constraints:

  • Project name must be 26 characters or less, lowercase letters, numbers, and hyphens only.
  • Do NOT mkdir the project directory before running create — the CLI creates it automatically. If you mkdir first, create will fail or behave unexpectedly.
  • Auto-detect the guidance filename based on the IDE you are running in and pass --agent-guidance-filename accordingly (AGENTS.md for Antigravity CLI/OpenAI Codex/other, CLAUDE.md for Claude Code, GEMINI.md for Gemini CLI).
  • When enhancing an existing project, check where the agent code lives. If it's not in app/, pass --agent-directory (e.g. --agent-directory agent). Getting this wrong causes enhance to miss or misplace files.

Reference Files

| File | Contents | |------|----------| | references/flags.md | Full flag reference for create and enhance commands |

Enhance an Existing Project

agents-cli scaffold enhance . --deployment-target 
agents-cli scaffold enhance . --cicd-runner 

Run this from inside the project directory (or pass the path instead of .).

Upgrade a Project

Upgrade an existing project to a newer agents-cli version, intelligently applying updates while preserving your customizations:

agents-cli scaffold upgrade                # Upgrade current directory
agents-cli scaffold upgrade  # Upgrade specific project
agents-cli scaffold upgrade --dry-run      # Preview changes without applying
agents-cli scaffold upgrade --auto-approve  # Auto-apply non-conflicting changes

Execution Modes

The CLI defaults to strict programmatic mode — all required params must be supplied as CLI flags or a UsageError is raised. No approval flags needed. Pass all required params explicitly.

Common Workflows

Always ask the user before running these commands. Present the options (CI/CD runner, deployment target, etc.) and confirm before executing.

# Add deployment to an existing prototype (strict programmatic)
agents-cli scaffold enhance . --deployment-target agent_runtime

# Add CI/CD pipeline (ask: GitHub Actions or Cloud Build?)
agents-cli scaffold enhance . --cicd-runner github_actions

Template Options

| Template | Deployment | Description | |----------|------------|-------------| | adk | Agent Runtime, Cloud Run, GKE | Standard ADK agent (default); A2A protocol built in | | agentic_rag | Agent Runtime, Cloud Run, GKE | RAG with data ingestion pipeline; A2A protocol built in |


Deployment Options

| Target | Description | |--------|-------------| | agent_runtime | Managed by Google (Vertex AI Agent Runtime). Container-based — Agent Engine builds the project Dockerfile. Sessions handled automatically. | | cloud_run | Container-based deployment. More control; you build and deploy the Dockerfile. | | gke | Container-based on GKE Autopilot. Full Kubernetes control. | | none | No deployment scaffolding. Code only (still includes a Dockerfile). |

"Prototype First" Pattern (Recommended)

Start with --prototype to skip CI/CD and Terraform. Focus on getting the agent working first, then add deployment later with scaffold enhance:

# Step 1: Create a prototype
agents-cli scaffold create my-agent --agent adk --prototype

# Step 2: Iterate on the agent code...

# Step 3: Add deployment when ready
agents-cli scaffold enhance . --deployment-target agent_runtime

Agent Runtime and session_type

When using agent_runtime as the deployment target, Agent Runtime manages sessions internally. If your code sets a session_type, clear it — Agent Runtime overrides it.


Step 3: Load Dev Workflow

After scaffolding, immediately load /google-agents-cli-workflow — it contains the development workflow, coding guidelines, and operational rules you must follow when implementing the agent.

Key files to customize: app/agent.py (instruction, tools, model), app/tools.py (custom tool functions), .env (project ID, location, API keys). Files to preserve: agents-cli-manifest.yaml (CLI reads this), deployment configs under deployment/, Makefile, app/__init__.py (the App(name=...) must match the directory name — default app), and the generated runtime/A2A infra (app/fast_api_app.py, app/app_utils/a2a.py, app/app_utils/services.py, Dockerfile) — these wire up serving, sessions, and the built-in A2A surface; don't hand-edit them.

RAG projects (agentic_rag) — provision datastore first: Before running agents-cli playground or testing your RAG agent, you must provision the datastore and ingest data:

agents-cli infra datastore   # Provision datastore infrastructure
agents-cli data-ingestion    # Ingest data into the datastore

Use infra datastorenot infra single-project. Both provision the datastore, but infra datastore is faster because it skips unrelated Terraform. Without this step, the agent won't have data to search over.

> Vector Search region: vector_search_location defaults to us-central1, separate from region (us-east1). It sets both the Vector Search collection region and the BQ ingestion dataset region, kept colocated to avoid cross-region data movement. Override per-invocation with agents-cli data-ingestion --vector-search-location .

Verifying your agent works: Use agents-cli run "test prompt" for quick smoke tests, then agents-cli eval generate and agents-cli eval grade for systematic validation. Do NOT write pytest tests that assert on LLM response content — that belongs in eval.


Scaffold as Reference

When you need specific files (Terraform, CI/CD workflows, Dockerfile) but don't want to scaffold the current project directly, create a temporary reference project in /tmp/:

agents-cli scaffold create /tmp/ref-project \
  --agent adk \
  --deployment-target cloud_run

Inspect the generated files, adapt what you need, and copy into the actual project. Delete the reference project when done.

This is useful for:

  • Non-standard project structures that enhance can't handle
  • Cherry-picking specific infrastructure files
  • Understanding what the CLI generates before committing to it

Critical Rules

  • NEVER skip requirements clarification — load /google-agents-cli-workflow Phase 0 and clarify the user's intent before running scaffold create
  • NEVER change the model in existing code unless explicitly asked
  • NEVER mkdir before create — the CLI creates the directory; pre-creating it causes enhance mode instead of create mode
  • NEVER create a Git repo or push to remote without asking — confirm repo name, public vs private, and whether the user wants it created at all
  • Always ask before choosing CI/CD runner — present GitHub Actions and Cloud Build as options, don't default silently
  • Agent Runtime clears session_type — if deploying to agent_runtime, remove any session_type setting from your code
  • Start with --prototype for quick iteration — add deployment later with enhance
  • Project names must be ≤26 characters, lowercase, letters/numbers/hyphens only
  • NEVER write A2A code from scratch — A2A is built into every Python ADK agent (adk, agentic_rag); the A2A Python API surface (import paths, AgentCard schema, to_a2a() signature) is non-trivial and changes across versions. Scaffold normally; never hand-write the A2A surface.

Examples

Using scaffold as reference: User says: "I need a Dockerfile for my non-standard project" Actions:

  1. Create temp project: agents-cli scaffold create /tmp/ref --agent adk --deployment-target cloud_run
  2. Copy relevant files (Dockerfile, etc.) from /tmp/ref
  3. Delete temp project

Result: Infrastructure files adapted to the actual project


A2A project: User says: "Build me a Python agent that exposes A2A and deploys to Cloud Run" Actions:

  1. Follow the standard flow (understand requirements, choose architecture, scaffold)
  2. agents-cli scaffold create my-a2a-agent --agent adk --deployment-target cloud_run --prototype

Result: Valid A2A imports and Dockerfile — no manual A2A code written.


Troubleshooting

agents-cli command not found

See /google-agents-cli-workflowSetup section.


Related Skills

  • /google-agents-cli-workflow — Development workflow, coding guidelines, and the build-evaluate-deploy lifecycle
  • /google-agents-cli-adk-code — ADK Python API quick reference for writing agent code
  • /google-agents-cli-deploy — Deployment targets, CI/CD pipelines, and production workflows
  • /google-agents-cli-eval — Evaluation methodology, dataset schema, and the eval-fix loop

Source & license

This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code.

Install and usage instructions live in the source repository linked above.

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Versions

  • v0.1.0 Imported from the upstream source.