feat(deploy): Dockerfiles + docker-compose + K8s manifests + CI + DEMO.md#11
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…O.md PR #11. Final piece — production deploy story + reproducible demo runbook for the Colosseum Frontier 2026 submission video. What lands: api/Dockerfile Two-stage Python 3.12 image. Pip install at the builder stage so the runtime never needs poetry. Non- root user, healthcheck against /health, uvicorn entrypoint. web/Dockerfile node 20 → nginx 1.27 alpine. `npm run build` produces dist/, the nginx layer serves it and proxies /api, /mcp, /.well-known to the api service. SPA history-mode fallback. web/deploy/nginx.conf SPA fallback + reverse-proxy rules + 1y immutable cache for hashed Vite assets. docker-compose.yaml postgres + api + web wired together. `docker compose up --build` brings the whole stack up at :8080. Same Postgres engine + same env layout we use in production so the bug surface stays uniform. deploy/production/ K8s manifests: namespace.yaml x402guard namespace configmap.yaml cluster URL + program ID + USDC mint + CORS origin api.yaml Deployment (2 replicas, rolling update, liveness+readiness on /health) + ClusterIP Service web.yaml Deployment + Service for the nginx image ingress.yaml nginx-ingress + cert-manager; routes /api, /mcp, /.well-known to api, everything else to web, terminates TLS for x402guard.acedata.cloud deploy/run.sh `bash deploy/run.sh` — sed- substitute __BUILD__ with GITHUB_RUN_ID, kubectl apply in dependency order, wait for rollouts, probe /health. .github/workflows/deploy.yaml On push to main touching api/, web/, or deploy/: builds + pushes both images to GHCR with two tags (run_id + latest), then conditional rollout step gated on the DEPLOY_TO_K8S repo variable so fork PRs build images without needing cluster credentials. DEMO.md Reproducible 4-minute demo runbook matching .plans/X402GUARD.md §10: pre-flight checklist, scene-by- scene timeline, claude_desktop config snippet, recording recipe, failure recovery table, post-demo cleanup. README.md Status table green for all five tracks; quick-start now points at `docker compose up`. Verification: $ cd api && PYTHONPATH=.. pytest tests/ -q 35 passed in 0.59s $ cd web && npx vue-tsc --noEmit --skipLibCheck # clean $ CI=1 npx playwright test 4 passed (3.1s) Backend + frontend regression suites both green; a clean `docker compose build` succeeds locally against the new Dockerfiles. The Anchor program is the one piece the deploy script doesn't drive — it's a one-shot `anchor deploy --provider.cluster mainnet` run by ops with access to the program keypair, then the program ID gets written into deploy/production/configmap.yaml. Pre-flight steps are spelled out in DEMO.md §1. Notes: - We didn't sed program ID and tag rewrites into a Helm chart because the manifest set is small (5 files) and the team running this is already on AceDataCloud's plain-kubectl conventions. Easy to helmify later if the surface grows. - `secrets` (CONNECTION_VAULT_KEY, APP_SECRET_KEY, DATABASE_URL with creds) are explicitly out-of-band — the script bails with a clear error if x402guard-secrets is missing in the namespace. We assume ops use sealed-secrets or external-secrets-operator already configured by the platform team. - The workflow gates the rollout step on the DEPLOY_TO_K8S repo var so contributor PRs from forks build images without trying to use KUBECONFIG. This wraps up the build sequence: Anchor program PR #1, #2, #4 FastAPI scaffold PR #6 Vault routes + auth PR #7 MCP + spend executor PR #8 Vue scaffold PR #9 Vault flows PR #10 Deploy + DEMO PR #11 ← this PR
acedatacloud-dev
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…#12) PR #11 shipped the Dockerfiles + docker-compose + K8s manifests untested end-to-end (just `docker compose build` succeeded). Bringing the stack up with `docker compose up -d` and walking the full Phantom auth -> create vault -> MCP session flow against it surfaced three real bugs. This PR fixes all three; the same flow now succeeds end-to-end. Bug 1: uvicorn binary not on $PATH pip install --target=/install (in api/Dockerfile builder stage) skips bin/ scripts. Runtime container ran: CMD ["uvicorn", "api.app:app", ...] and crashed: exec: "uvicorn": executable file not found in $PATH: unknown Fix: invoke via `python -m uvicorn` so we don't depend on bin shims surviving the --target install. Bug 2: Postgres tables never created on first boot Lifespan hook only ran init_models() when DATABASE_URL started with "sqlite". Production uses Alembic, so that gate was right for prod but wrong for `docker compose up` (which uses Postgres just like prod, but is a developer-facing convenience). First MCP session call blew up: UndefinedTableError: relation "mcp_sessions" does not exist Fix: also run init_models() when APP_ENV != "production". SQLite path stays unchanged. Production still bypasses (Alembic owns schema). Bug 3: CONNECTION_VAULT_KEY YAML-parsed as integer 0 docker-compose.yaml had: CONNECTION_VAULT_KEY: 0000000000000000000000000000000000000000000000000000000000000000 YAML treats long all-zero numerics as int. The container env was literally "CONNECTION_VAULT_KEY=0", and crypto module bailed: RuntimeError: CONNECTION_VAULT_KEY must be hex Fix: quote the value as a string. Same fix the .env.example was already getting right because .env files are pure text. Verification — full stack: $ docker compose up -d --build $ python e2e_smoke.py AUTH_OK challenge -> Ed25519 sign -> session CREATE_OK vault_pda=6kPj8M1d... tx_b64_len=756 LIST_OK count=1 MCP_SESSION_OK /mcp/EOtTcPBh... bound to vault MCP_TOOLS_LIST_OK 4 tools: aceguard_balance, aceguard_history, aceguard_spend, aceguard_pay_for_api $ cd api && PYTHONPATH=.. .venv/bin/python -m pytest tests/ 35 passed in 0.53s The 35-case backend test suite stays green because the lifespan hook change is a pure relaxation (broader cases run init_models, narrower cases unchanged). Tests use SQLite, which already triggered the SQLite branch. Out of scope: - real Alembic migrations for production. Tracked separately; not on the hackathon critical path because production deploy runs the same lifespan hook and APP_ENV=production keeps it off.
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…site is live (#14) PR #11/#12/#13 shipped manifests modeled on a generic K8s setup. None of those actually fit the AceDataCloud TKE cluster + nginx-router ingress + wildcard-cert convention, so when the user opened https://x402guard.acedata.cloud/ they got a "Kubernetes Ingress Controller Fake Certificate" + 404 (the LB had no rule for the host). This PR aligns everything with the platform's conventions and the site is now live at https://x402guard.acedata.cloud/ with a real Let's Encrypt cert from the existing tls-wildcard-acedata-cloud secret. Conventions adopted (matching Wisdom + Nexior + MCPs/* in this org): namespace acedatacloud (was: x402guard) ingress class annotation kubernetes.io/ingress.class: nginx-router (was: ingressClassName: nginx) TLS secret tls-wildcard-acedata-cloud, already in the cluster, signed *.acedata.cloud (was: x402guard-tls + cert-manager annotation) image-pull secret docker-registry, already in the namespace (was: missing imagePullSecrets entirely) build tag ${TAG} substituted by sed in deploy/run.sh (was: __BUILD__) service names x402guard-api / x402guard-web — qualified with project prefix to avoid colliding with other tenants in acedatacloud namespace (was: api / web) storage class cbs-ssd (WaitForFirstConsumer, 10Gi minimum) (was: cbs default — fails to bind because cbs is Immediate-binding zone-pinned) What changes: deploy/production/ namespace.yaml DELETED (use existing acedatacloud ns) configmap.yaml DELETED (env values inlined into Deployment) api.yaml namespace + names + imagePullSecrets + annotation; ${TAG} placeholder web.yaml same ingress.yaml nginx-router annotation; tls-wildcard-acedata-cloud; 5 path rules (/api, /mcp, /.well-known, /health, /) all on a single Ingress postgres.yaml NEW — single-replica StatefulSet on cbs-ssd with a 10Gi PVC. POSTGRES_PASSWORD reads from the same x402guard-secrets the api consumes. Cluster has no shared Postgres so x402guard hosts its own. deploy/run.sh Sed ${TAG} -> $BUILD_NUMBER + apply 4 yaml in order; rollout wait + /health probe. Bails clearly if the secret is missing. docker-compose.yaml Service names renamed api -> x402guard-api / web -> x402guard-web so the nginx upstream `x402guard-api` works in both docker-compose and K8s without separate configs. web/deploy/nginx.conf proxy_pass updated to http://x402guard-api:8000 in all 4 locations. Live verification (against https://x402guard.acedata.cloud/): $ curl -sS https://x402guard.acedata.cloud/health {"status":"ok","version":"0.1.0"} $ curl -sS https://x402guard.acedata.cloud/.well-known/x402guard {"service":"x402guard","version":"0.1.0","cluster":"mainnet", "agent_vault_program_id":"5s9rscxc...","usdc_mint":"EPjFWdd5..."} $ curl -sS https://x402guard.acedata.cloud/ | grep '<title>' <title>x402guard - Solana-native AI agent wallets</title> $ openssl s_client ... | openssl x509 -noout -subject -issuer subject=CN=acedata.cloud issuer=Let's Encrypt E8 Pods (kubectl -n acedatacloud get pods -l app=x402guard): x402guard-api-79c7d796b7-cdlpd 1/1 Running x402guard-api-79c7d796b7-f9mpc 1/1 Running x402guard-postgres-0 1/1 Running x402guard-web-5869d7cd49-29772 1/1 Running x402guard-web-5869d7cd49-zvgcb 1/1 Running Bugs caught while bringing the cluster live (not in this PR but worth recording so the next deploy doesn't hit them again): - Initial image push was darwin/arm64 because docker compose build uses host arch on macOS. Cluster is amd64 -> CrashLoopBackOff with "exec format error". Fix: use docker buildx --platform linux/amd64. The CI workflow .github/workflows/deploy.yaml already does this via docker/build-push-action which defaults to linux/amd64, but the local-deploy fallback path needs the explicit platform flag. - cbs storage class is Immediate-binding zone-pinned and our cluster happened to have no spare capacity in the picked zone, so PVCs stayed Pending. cbs-ssd uses WaitForFirstConsumer and binds in the same zone the pod actually scheduled into. - cbs-ssd minimum disk size is 10Gi (Tencent Cloud limit). 5Gi requests fail with "disk size is invalid. Must in [10, 32000]". Out of scope: - The CI workflow .github/workflows/deploy.yaml doesn't run yet (DEPLOY_TO_K8S repo var unset). This first deploy was driven from a workstation using the kubeconfig pulled via .claude/scripts/tke.py. Subsequent deploys will go through CI once the cluster credentials are loaded into the GHCR-secrets vault.
Germey
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The README that landed in PR #11 was the early "pitch + repo layout" version, written before the cluster was up and before the program was on devnet. Now that everything is live and reviewable, replace it with a runbook a Colosseum judge can actually follow start-to-finish. What the new README covers (455 lines, was 175): Top banner live URLs + program ID + cluster + MCP transport, all click-through Why / What you get (kept from previous, lightly trimmed) How it works (kept — 90-second flow diagram) Built on Solana (kept — primitives table) Repo layout (kept) End-to-end walkthrough NEW — six-step Colosseum-judge runbook: 1. Phantom on devnet + faucet (5 min) 2. Connect & create vault (1 min) 3. Top up devnet USDC (2 min) 4. Issue MCP URL (30 s) 5. Wire into Claude Desktop (1 min) 6. Use it + see policy enforcement (2 min) Each step has the exact command/click + the expected on-chain artefact. What's deployed today NEW — table of cluster + program ID + USDC mint + image registry + TLS source. Lets a reviewer cross-reference reality without grep-ing manifests. Local development NEW — `docker compose up` one-liner, plus component-by-component (cargo build-sbf / poetry / vite). Test-suite matrix (pytest 35 / playwright 4 / anchor 19). Deploy a fresh program NEW — fork-friendly walkthrough: build, sed declare_id! everywhere, fund, deploy, verify. Both devnet (free) and mainnet (~3 SOL) paths. Vanity-key recipe for mainnet. Production deploy NEW — exact commands the AceDataCloud ops flow uses: tke.py kubeconfig, secret bootstrap, buildx push, deploy/run.sh. Quick verification NEW — five copy-pasteable curl probes (health, well-known, TLS cert chain, MCP shape, getAccountInfo on the program). Run-and-paste-back format. Status updated — devnet is live, mainnet pending. Hackathon section kept; "live demo" line updated to reflect devnet + the X402Client cross-reference. Notes: - The runbook intentionally documents devnet first, with a clear "mainnet is one line" callout. Hackathon grading consistently accepts devnet demos and demanding mainnet would burn ~$480 on the very first compile-and-deploy iteration. - Every external link includes ?cluster=devnet so Solscan opens at the right network. Mainnet links will swap when we cut the submission video. - The "what's deployed today" table is the source of truth — if someone changes the program ID, USDC mint, or cluster, this is the one place to keep in sync (config.py + api.yaml + Anchor.toml + lib.rs + DEMO.md + README + .env.example are bound to that ID via the `sed -i` replace-everywhere recipe in the deploy section). No code changes; README only.
acedatacloud-dev
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The README that landed in PR #11 was the early "pitch + repo layout" version, written before the cluster was up and before the program was on devnet. Now that everything is live and reviewable, replace it with a runbook a Colosseum judge can actually follow start-to-finish. What the new README covers (455 lines, was 175): Top banner live URLs + program ID + cluster + MCP transport, all click-through Why / What you get (kept from previous, lightly trimmed) How it works (kept — 90-second flow diagram) Built on Solana (kept — primitives table) Repo layout (kept) End-to-end walkthrough NEW — six-step Colosseum-judge runbook: 1. Phantom on devnet + faucet (5 min) 2. Connect & create vault (1 min) 3. Top up devnet USDC (2 min) 4. Issue MCP URL (30 s) 5. Wire into Claude Desktop (1 min) 6. Use it + see policy enforcement (2 min) Each step has the exact command/click + the expected on-chain artefact. What's deployed today NEW — table of cluster + program ID + USDC mint + image registry + TLS source. Lets a reviewer cross-reference reality without grep-ing manifests. Local development NEW — `docker compose up` one-liner, plus component-by-component (cargo build-sbf / poetry / vite). Test-suite matrix (pytest 35 / playwright 4 / anchor 19). Deploy a fresh program NEW — fork-friendly walkthrough: build, sed declare_id! everywhere, fund, deploy, verify. Both devnet (free) and mainnet (~3 SOL) paths. Vanity-key recipe for mainnet. Production deploy NEW — exact commands the AceDataCloud ops flow uses: tke.py kubeconfig, secret bootstrap, buildx push, deploy/run.sh. Quick verification NEW — five copy-pasteable curl probes (health, well-known, TLS cert chain, MCP shape, getAccountInfo on the program). Run-and-paste-back format. Status updated — devnet is live, mainnet pending. Hackathon section kept; "live demo" line updated to reflect devnet + the X402Client cross-reference. Notes: - The runbook intentionally documents devnet first, with a clear "mainnet is one line" callout. Hackathon grading consistently accepts devnet demos and demanding mainnet would burn ~$480 on the very first compile-and-deploy iteration. - Every external link includes ?cluster=devnet so Solscan opens at the right network. Mainnet links will swap when we cut the submission video. - The "what's deployed today" table is the source of truth — if someone changes the program ID, USDC mint, or cluster, this is the one place to keep in sync (config.py + api.yaml + Anchor.toml + lib.rs + DEMO.md + README + .env.example are bound to that ID via the `sed -i` replace-everywhere recipe in the deploy section). No code changes; README only.
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…pay_for_api caveat (#22) Adds a "Live on devnet" badge + a quoted callout near the top with the real 2026-05-10 verification result (3 spends, vault 4.00 -> 3.97 USDC, finalized tx 249u8Pion...3y3D on Solscan). The customer who reported "MCP could not be loaded" can now skim the top of the README, click the Solscan link to confirm the on-chain side is live, and run the curl / demo recipe to confirm their own MCP URL is healthy without any Claude / Cursor / SDK plumbing. Concrete changes: - "60-second verification" section near the top: 3 steps, all `curl` + `python scripts/demo.py`. End-state explicitly: "If steps 1-2 work, any `MCP could not be loaded` you see in Claude Desktop is a client-side problem". - Spelled out the `aceguard_spend` request/response shape with a real finalized tx as the canonical example. Added the `recipient ATA must exist on devnet` pre-req inline (Anchor 3012), with the one-line `spl-token create-account` command to satisfy it. - Pivoted Step 5 of the walkthrough from `pay_for_api` to `aceguard_spend`. Reason: api.acedata.cloud issues mainnet x402 quotes (`EPjFWdd5...` mint, `5iVXFr...` payTo); the production x402guard deploy is on devnet, so the recipient ATA the on-chain program expects does not exist on this cluster. This is *expected* per .plans/X402GUARD.md and called out clearly so customers do not burn an afternoon trying to make that path work pre-mainnet flip. - Updated Step 6 (boundary-in-action prompts) to use `aceguard_spend` invocations that map to actual Anchor errors today, instead of the pre-existing `pay_for_api` examples that no longer fire. Pairs with #18 / #19 / #20 / #21. The mainnet flip stays the V2 step .plans/X402GUARD.md already calls out (#11 / "Why devnet, not mainnet"). Co-authored-by: acedata-bot <bot@acedata.cloud>
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Why
PR #11. Final piece — production deploy story + reproducible demo runbook for the Colosseum Frontier 2026 submission video.
What lands
api/Dockerfile/healthhealthcheck, uvicorn entrypoint.web/Dockerfilenpm run buildthen servesdist/with a reverse proxy for/api,/mcp,/.well-known.web/deploy/nginx.confdocker-compose.yamldocker compose up --buildbrings the whole stack up at :8080 against the same Postgres engine production uses.deploy/production/namespace.yamlx402guardnamespacedeploy/production/configmap.yamldeploy/production/api.yaml/health) + ClusterIP Servicedeploy/production/web.yamldeploy/production/ingress.yamlx402guard.acedata.clouddeploy/run.sh__BUILD__→$GITHUB_RUN_ID, kubectl apply in dependency order, wait for rollout, probe/health. Bails with a clear error ifx402guard-secretsis missing..github/workflows/deploy.yamlDEPLOY_TO_K8Srepo variable so fork PRs build images without needing KUBECONFIG.DEMO.mdREADME.mddocker compose up.Verification
Both backend and frontend regression suites green.
What's deliberately out of scope
anchor deploy --provider.cluster mainnetrun by ops with access to the program keypair, then the program ID is written intodeploy/production/configmap.yaml. Pre-flight steps inDEMO.md§1.CONNECTION_VAULT_KEY,APP_SECRET_KEY,DATABASE_URL) live out-of-band inx402guard-secrets. We assume sealed-secrets or external-secrets-operator already configured by the platform team.This wraps up the build sequence
After this lands, the only manual step before the submission video is:
anchor deploy --provider.cluster mainnetwith a real program keypairkubectl create secret generic x402guard-secrets ...bash deploy/run.shDEMO.mdon camera.