cryptofish7/smoke-test

Local Deploy Script

Generate and maintain a scripts/deploy.sh script that deploys the project locally and health-checks each service. Designed to be called repeatedly — each invocation re-audits the project and adds, removes, or updates stages to match what's currently deployed.

Workflow

Phase 1: Discover project state

Build a project profile by detecting:

1. Language & runtime — Check file extensions and config files (pyproject.toml, package.json, go.mod, Cargo.toml, etc.). Note the minimum required version (e.g., requires-python = ">=3.11").
2. Package manager — pip/uv/poetry, npm/yarn/pnpm, cargo, go modules, etc.
3. CLI entry point — main.py, src/index.ts, cmd/main.go, Cargo.toml [[bin]], etc.
4. CLI commands — Parse argument parsers or command definitions to find subcommands.
5. Key modules — Identify services, servers, and infrastructure components (databases, chain nodes, etc.).
6. Existing scripts/deploy.sh — If present, read it to understand current stages and compare with detected state.

Phase 2: Design stages

Map discovered state to stages. Only include stages for services and infrastructure that are implemented.

Standard stage ordering:

1. Environment — Required tools and runtimes are available (version checks, binary existence)
2. Build — Compile/build steps needed before services can start (e.g., forge build, pnpm build, cargo build)
3. Start services — Start infrastructure (database, chain node, message queue) and application services (backend, frontend, indexer). Use a cleanup trap (trap cleanup EXIT) to tear down all started services on both success and failure.
4. Health-check — Verify each service responds correctly (HTTP endpoints return 200, RPC nodes answer queries, databases accept connections, pages load)

If an existing scripts/deploy.sh exists, produce a diff:

• Stages to add (new services or infrastructure detected since last run)
• Stages to remove (services removed)
• Stages to update (ports, commands, or endpoints changed)
• Stages unchanged

Phase 3: Execute

1. Write or update scripts/deploy.sh (create the scripts/ directory if needed)
2. Script structure:
   • #!/usr/bin/env bash
   • set -euo pipefail
   • Each stage is a function: stage_N_name()
   • Each stage prints --- Stage N: <name> --- before running
   • On success: prints PASS: <check>
   • On failure: prints FAIL: <check> and exits immediately
   • Final line on success: echo "DEPLOY OK"
   • The set -e flag handles fail-fast automatically
3. Run chmod +x scripts/deploy.sh

Phase 4: Verify

1. Run ./scripts/deploy.sh
2. Confirm it exits 0 with DEPLOY OK
3. If it fails, diagnose and fix the script (not the project code — the script should reflect reality)
4. Report result to user

Guidelines

• Deploy only — No static analysis, linting, typechecking, or tests. CI handles verification.
• Idempotent — Safe to run repeatedly. No side effects beyond temporary files (cleaned up).
• Only deploy what's implemented — Never include services that aren't wired up yet.
• Fast — Prefer offline stages, but if the feature being tested requires network (e.g., fetching exchange data), include it. Guard network stages with a credentials check — if credentials aren't configured, prompt the user interactively (via read -p) and continue. Never persist credentials or silently skip functional stages.
• Language-agnostic — Detect Python/Node/Go/Rust/etc. patterns from config files. Don't hardcode for any language.
• Portable — Use POSIX-compatible bash. Avoid platform-specific commands where possible.
• Minimal output on success — Each stage prints its name and PASS/FAIL. No verbose logs unless a stage fails.
• No project code changes — The skill only creates/updates scripts/deploy.sh. It never modifies source code, tests, or configuration.