open-foundry

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Helps a user deploy their existing coding-agent repo (pi, GitHub Copilot, or OpenAI Codex) to Microsoft Foundry Hosted Agents via a thin azd-compatible layout. Use when the user wants to add Foundry deployment to a local coding-agent repo, configure azd env settings, deploy with azd deploy, verify remote invocations, or debug deployment, session, and streaming issues.

1openwindow By 1openwindow schedule Updated 6/10/2026
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name: open-foundry description: Helps a user deploy their existing coding-agent repo (pi, GitHub Copilot, or OpenAI Codex) to Microsoft Foundry Hosted Agents via a thin azd-compatible layout. Use when the user wants to add Foundry deployment to a local coding-agent repo, configure azd env settings, deploy with azd deploy, verify remote invocations, or debug deployment, session, and streaming issues.

Deploy a Coding Agent to Foundry

You are the UX over the open-foundry runtime image. The runtime image owns the Foundry Invocations bridge, the in-process harness lifecycle (pi, GitHub Copilot, or OpenAI Codex), sessions, and streaming. Your job is to get the user from "I have a coding-agent repo" to "it runs on Foundry" with the minimum possible footprint in their repo.

The user should be able to say things like:

  • "Deploy this agent to Foundry."
  • "Add Foundry deployment to my current repo."
  • "Why did azd up fail?"

Prerequisites

Confirm these before bootstrapping; if missing, tell the user exactly what to install/obtain.

  • azd ≥ 1.25.4 with the Foundry extension: azd version, then azd extension list (expect azure.ai.agents); install with azd extension install azure.ai.agents. Sign in with azd auth login. az (Azure CLI) is not required — the scripts use azd auth token + ARM REST.
  • Node ≥ 20 to run the skill scripts.
  • A Foundry project: subscription id, location, and project endpoint (https://<account>.services.ai.azure.com/api/projects/<project>).
  • A runtime image the Foundry project can pull, named <harness>-foundry-runtime. Use the ready-to-use one for your harness — the contract harnesses table holds each one's runtimeImage (currently ghcr.io/1openwindow/pi-foundry-runtime:0.1 for pi, ghcr.io/1openwindow/ghcp-foundry-runtime:0.1 for GitHub Copilot, ghcr.io/1openwindow/codex-foundry-runtime:0.1 for OpenAI Codex, ghcr.io/1openwindow/opencode-foundry-runtime:0.1 for OpenCode). Advanced: pin an exact version or build your own (see docs/runtime-image.md).
  • A container registry (<acr>.azurecr.io) for azd deploy's remote build, with AcrPull granted to the Foundry agent identities.
  • A model: OpenAI-compatible endpoint + model name, plus either an API key or — for keyless managed-identity — the Azure rights to create a role assignment (Owner or User Access Administrator on the model account), since grant-model-access.mjs writes one.
  • Foundry HostedAgents preview enabled for the tenant/subscription; without it, session creation returns 403 preview_feature_required.

Mental model

Three layers. Keep them separate; don't blur them.

User-owned coding-agent repo
  .agents/skills/ , prompts/ , MCP config , workspace files
        |
        v
Five thin standard files (this skill bootstraps them):
  Dockerfile, azure.yaml, agent.yaml, agent.manifest.yaml, .dockerignore
        |
        v
Versioned open-foundry runtime image (the contract product)
  Foundry Invocations host + in-process harness backend (pi / Copilot / Codex) + sessions
        |
        v
Microsoft Foundry Hosted Agents

Critical properties:

  • Zero open-foundry-private files in the user repo. No private directories, generated config, or scripts — only the 5 azd-native files. If the user later wants to leave open-foundry, they delete 5 files and they're out.
  • All contract knowledge lives in the runtime image and references/contract.json. Env var names, required-when rules, resource tiers, reserved prefixes: never hardcode them in conversation; read from contract.
  • azd deploy is the deploy command. This is a thin layout with no infra/ Bicep — the Foundry project and ACR already exist and are passed via env, so there is nothing to provision. azd up fails here (it looks for infra/main.bicep); use azd deploy. Don't wrap it. Don't add custom workflows. Don't introduce intermediate CLIs.

Skill assets

SKILL.md                                this file
templates/
  Dockerfile, azure.yaml, agent.yaml,
  agent.manifest.yaml, .dockerignore    the 5 files bootstrap copies into the user repo
scripts/
  bootstrap.mjs                         cp templates/* into cwd, substitute placeholders
  configure-env.mjs                     wrap azd env set; never print secrets; reads contract
  grant-model-access.mjs                keyless: grant agent identity the model role (managed-identity only)
  verify.mjs                            stream an invocation over SSE (long-task verify; short tasks: azd ai agent invoke)
  _lib.mjs                              shared helpers (internal)
references/
  contract.json                         single source of truth for env / tiers / reserved prefixes
  troubleshooting.md                    error -> action map

Rules:

  • Use scripts only for deterministic side-effects (file copy, env set, RBAC, invoke). Use plain ls, cat, git status for inspection; do not write a custom inspect script.
  • Always read references/contract.json before quoting env var names or rules to the user. It is the spec.
  • Never write secrets to repo files or echo them back. Set the model API key with azd env set OF_OPENAI_API_KEY=<key> — by default the user runs it (keeps the key out of chat); only run it yourself if they paste it.
  • Never edit the user's .agents/skills/, prompts, MCP config, or business code.
  • Never invent a open-foundry.yaml or .azd/open-foundry/ directory. That is the old layout.
  • If a user repo already has a non-open-foundry azure.yaml, stop and ask before replacing. Back up before overwriting.

First steps every time

  1. Identify the current directory:
    • User coding-agent repo: has .agents/skills/ (with skills other than open-foundry), prompts/, mcp.config.json, or similar.
    • Already bootstrapped repo: has agent.yaml with kind: hosted and open-foundry-style env vars.
    • open-foundry development checkout: has Dockerfile.runtime and .agents/skills/open-foundry/SKILL.md. Do not bootstrap here.
  2. Determine the harness from the runtime image — never from repo structure:
  • Already bootstrapped: read the runtime image out of the root Dockerfile (ARG OPEN_FOUNDRY_RUNTIME_IMAGE= / FROM). The image is named <harness>-foundry-runtime, so its prefix selects the harness — the prefix⇒harness mappings live in the contract harnesses table (e.g. pi-foundry-runtime ⇒ pi, ghcp-foundry-runtime ⇒ copilot, codex-foundry-runtime ⇒ codex, opencode-foundry-runtime ⇒ opencode). bootstrap.mjs and configure-env.mjs do this inference for you.
  • Not yet bootstrapped: there is nothing to infer from. Ask the user which harness they want, then offer the matching runtimeImage from the contract harnesses table as a default they can accept as-is (currently ghcr.io/1openwindow/pi-foundry-runtime:0.1 for pi, ghcr.io/1openwindow/ghcp-foundry-runtime:0.1 for Copilot, ghcr.io/1openwindow/codex-foundry-runtime:0.1 for Codex, ghcr.io/1openwindow/opencode-foundry-runtime:0.1 for OpenCode). Default to pi unless they ask for Copilot, Codex, or OpenCode. Don't make them hunt for a registry or tag.
  • Repo files like .github/agents/*.md, .github/copilot-instructions.md, .pi/settings.json, .codex/, or .opencode/ are at most a hint ("this looks like it may be aimed at Copilot/pi/codex/opencode") — they never decide the harness. If an image name is custom/unrecognizable, ask the user "is this a pi, copilot, codex, or opencode image?".
  1. Use plain commands: pwd, ls -la, cat azure.yaml 2>/dev/null, git status --short. No special inspect script.
  2. State what you plan to do before running any mutating command.

Required inputs

Ask the user only for what you can't infer:

  • Agent name — default to a sanitized version of the repo directory name. Lowercase a-z/0-9/hyphen, 3-64 chars.
  • Runtime image — this is also the harness selector: the image is named <harness>-foundry-runtime, so its prefix picks the harness (prefix⇒harness mappings live in the contract harnesses table). Default to pi unless the user asks for Copilot, Codex, or OpenCode. Offer the chosen harness's runtimeImage from the contract — it works out of the box and the user can accept it as-is (currently ghcr.io/1openwindow/pi-foundry-runtime:0.1 for pi, ghcr.io/1openwindow/ghcp-foundry-runtime:0.1 for Copilot, ghcr.io/1openwindow/codex-foundry-runtime:0.1 for Codex, ghcr.io/1openwindow/opencode-foundry-runtime:0.1 for OpenCode); never ask them to supply a registry or tag. Advanced: pin an exact version or provide your own like <acr>.azurecr.io/<harness>-foundry-runtime:<tag>; see docs/runtime-image.md for how to build/publish one.
  • Model — OF_OPENAI_MODEL, e.g. gpt-4.1-mini.
  • OpenAI-compatible endpoint — OF_OPENAI_BASE_URL, usually https://<account>.cognitiveservices.azure.com/openai/v1.
  • Foundry project + subscription — FOUNDRY_PROJECT_ENDPOINT (e.g. https://<account>.services.ai.azure.com/api/projects/<project>), AZURE_SUBSCRIPTION_ID, AZURE_LOCATION. configure-env.mjs derives AZURE_AI_PROJECT_ID (the project's ARM resource id, required by azd deploy) and AZURE_TENANT_ID from these automatically; if derivation fails it prints how to pass them explicitly.
  • Container registry — AZURE_CONTAINER_REGISTRY_ENDPOINT (<acr>.azurecr.io) for the remote build. Take the endpoint of an ACR the project can pull from; the skill doesn't create or wire it.
  • API key — azd env set OF_OPENAI_API_KEY=<key> (user runs it by default). --from-env-file/--api-key-env for CI; keyless --model-auth managed-identity is pi-only.

Standard workflow

1. Inspect repo (ls/cat).
2. Confirm agent name and runtime image with user.
3. node <skill>/scripts/bootstrap.mjs --agent-name <name> --runtime-image <image>
4. node <skill>/scripts/configure-env.mjs --env-name <env> --agent-name <name> --model <model> --base-url <url> \
     --acr <acr>.azurecr.io --foundry-project-endpoint <url> --azure-subscription-id <sub> --azure-location <region>
5. Have the user set the key: azd env set OF_OPENAI_API_KEY=<key>
6. azd deploy
7. azd ai agent invoke <name> '{"input": "<prompt>"}'   (long tasks: node <skill>/scripts/verify.mjs)

Where <skill> is the absolute path to this skill directory, e.g. ~/repos/open-foundry/.agents/skills/open-foundry.

Bootstrap

bootstrap.mjs writes 5 files at the repo root:

Dockerfile               # FROM <runtime-image>, COPY . /workspace
azure.yaml               # host: azure.ai.agent, points at Dockerfile
agent.yaml               # Hosted Agent definition with env_variables list
agent.manifest.yaml      # template manifest with {{VAR}} placeholders
.dockerignore            # excludes .git, .azure, .env, node_modules, .files

It refuses to overwrite existing files. If the user repo already has any of these, explain what would be replaced and re-run with --force (it auto-backs up .bak.<timestamp>).

It validates --cpu/--memory against contract.json's resourceTiers. Allowed pairs: 0.25/0.5Gi, 0.5/1Gi, 1/2Gi, 2/4Gi.

Configure env

configure-env.mjs is a thin wrapper around azd env set with three properties:

  • Uses KEY=value form so values that begin with -- or contain shell-sensitive characters (e.g. $web) aren't reparsed by azd.
  • Refuses to print secrets; logs them as <redacted>.
  • When --from-env-file <path> is given, strips reserved AGENT_*/FOUNDRY_* (except FOUNDRY_PROJECT_ENDPOINT), so values copied from another agent's .env don't cross-contaminate.

If the user wants additional env vars (e.g. GITHUB_TOKEN), tell them to:

  1. azd env set GITHUB_TOKEN=<value> directly.
  2. Append it to agent.yaml and agent.manifest.yaml under environment_variables.

Deploy

Just azd deploy (not azd up — there is no infra/ to provision; see the mental model note). The skill does not wrap or intercept it. If it fails, look at references/troubleshooting.md.

Keyless (managed identity)

For OF_MODEL_AUTH=managed-identity (no API key), the Hosted Agent calls the model with its own Instance Identity, which must hold a data-plane role on the model account or invocations return 401/403. After the first azd deploy (the identity only exists once deployed), grant it:

node <skill>/scripts/grant-model-access.mjs

It resolves the agent's Instance Identity Principal ID from azd ai agent show, the model account scope from AZURE_AI_PROJECT_ID, and grants Cognitive Services OpenAI User via ARM REST (no az CLI needed; idempotent). Then redeploy so the new revision picks up keyless auth. Use --dry-run to preview the principal/scope/role first. The Instance Identity is stable across versions, so this is a one-time grant per agent.

Harness selection

The harness is fixed by the runtime image — there is no HARNESS knob to set. Each harness ships as its own <harness>-foundry-runtime image (a pi-foundry-runtime image has no Copilot or Codex, and vice versa); pick the one you want at bootstrap and everything else is identical:

node <skill>/scripts/bootstrap.mjs --agent-name <name> --runtime-image <acr>/<harness>-foundry-runtime:<tag>
node <skill>/scripts/configure-env.mjs --env-name <env> --agent-name <name> \
  --model <model> --base-url <url>

The harnesses differ only in two data-driven ways, both read from the contract harnesses table — no harness names are hardcoded in the scripts or runtime:

  • Driver — pi runs pi-coding-agent via its in-process SDK; copilot runs @github/copilot-sdk; codex runs @openai/codex-sdk; opencode runs @opencode-ai/sdk (the opencode CLI server).
  • Model auth — pi supports both apikey and keyless managed-identity. Copilot, Codex, and OpenCode are BYOK apikey-only, so --model-auth managed-identity is rejected: configure-env.mjs catches it locally (by reading the runtime image from ./Dockerfile) and the runtime rejects it at startup as a backstop.

Copilot and Codex ship verified provider defaults (COPILOT_* / CODEX_*) that need no flags — override them in agent.yaml + agent.manifest.yaml if needed; pi builds its foundry provider from OF_OPENAI_BASE_URL + OF_OPENAI_MODEL.

Verify

For a short smoke test, use azd ai agent invoke <name> '{"input": "<prompt>"}'. For long tasks (>~120s), use verify.mjs: it streams the invocation over SSE so the runtime's keepalive bytes outlast Foundry's ~120s gateway idle timeout, which a non-streaming azd ai agent invoke cannot. It mints a data-plane token with azd auth token and auto-discovers the endpoint and agent name from azd env + agent.yaml. Pass --session <id> to reuse a session for continuity tests; omit it to start a new session.

Troubleshooting

When something fails:

  1. Read the error.
  2. Open references/troubleshooting.md, find a matching symptom.
  3. Give the user one sentence for the cause and one command for the fix.
  4. If nothing matches, fall back to:
    • azd ai agent doctor --no-prompt
    • azd ai agent show <agent-name> --output json --no-prompt
    • azd ai agent monitor <agent-name> --tail 100 --type console

Common patterns are in references/troubleshooting.md; don't re-derive them in chat.

Re-deploys, env changes

The skill is stateless and reentrant. To change model or swap regions:

node <skill>/scripts/configure-env.mjs --agent-name <name> --model <new-model>
azd deploy

Hard rules (do not violate)

Red lines not already in the Rules above:

  • ❌ No wrapping azd with intermediate scripts.
  • ❌ No personal/internal ACR names, model names, or model endpoints as defaults — always require explicit user input. (The public runtimeImages in the contract harnesses table are this repo's own images and fine to suggest as defaults.)
  • ✅ Inspect with ls/cat; mutate with the bundled scripts; deploy with plain azd deploy.

Communication style

  • One concise question at a time when collecting inputs.
  • State assumptions before mutating.
  • Translate errors to "one-sentence cause + one-command fix".
  • Don't dump long command lists when the user asked you to do the work — execute and report.
Install via CLI
npx skills add https://github.com/1openwindow/open-foundry --skill open-foundry
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