Insforge CLI

InsForge CLI

Command-line tool for managing InsForge Backend-as-a-Service projects.

Critical: Always Use npx (No Global Install)

NEVER install the CLI globally (npm install -g @insforge/cli). Always run commands via npx:

npx @insforge/cli <command>

This ensures the latest version is always used without global install issues (permissions, PATH, node version mismatches).

Session start — verify authentication and project:

npx @insforge/cli whoami    # verify authentication
npx @insforge/cli current   # verify linked project

If not authenticated: npx @insforge/cli login If no project linked: npx @insforge/cli create (new — for non-interactive agent use, pass --json with --name, --template, --org-id, --region to skip all prompts; -y alone is NOT enough) or npx @insforge/cli link (existing)

Important: In InsForge, API keys are full-access admin keys, equivalent to service role keys on other platforms. Treat them as server-only secrets and never expose them in frontend code or public env vars.

Global Options

All examples below use npx @insforge/cli. Never call insforge directly.

Exit Codes

Environment Variables

Commands

Authentication

• npx @insforge/cli login — OAuth (browser) or --email for password login. See references/login.md
• npx @insforge/cli logout — clear stored credentials
• npx @insforge/cli whoami — show current user

Project Management

• npx @insforge/cli create — create new project. See references/create.md
• npx @insforge/cli link — link directory to existing project
• npx @insforge/cli current — show current user + linked project
• npx @insforge/cli list — list all orgs and projects
• npx @insforge/cli metadata — show backend metadata (auth config, database tables, storage buckets, edge functions, AI models, realtime channels). Use --json for structured output. Run this first to discover what's configured before building features.

Database — npx @insforge/cli db

• npx @insforge/cli db query <sql> — execute raw SQL. See references/db-query.md
• npx @insforge/cli db tables / indexes / policies / triggers / functions — inspect schema
• npx @insforge/cli db migrations list / fetch / new / up — manage developer migration files. See references/db-migrations.md
• npx @insforge/cli db rpc <fn> [--data <json>] — call database function (GET if no data, POST if data)
• npx @insforge/cli db export — export schema/data. See references/db-export.md
• npx @insforge/cli db import <file> — import from SQL file. See references/db-import.md

Use db migrations for schema changes. Reserve db query for inspecting data and for row-level SELECT / INSERT / UPDATE / DELETE work.

Edge Functions — npx @insforge/cli functions

• npx @insforge/cli functions list — list deployed functions
• npx @insforge/cli functions code <slug> — view function source
• npx @insforge/cli functions deploy <slug> — deploy or update. See references/functions-deploy.md
• npx @insforge/cli functions invoke <slug> [--data <json>] [--method GET|POST] — invoke function
• npx @insforge/cli functions delete <slug> — delete an edge function (with confirmation)

Storage — npx @insforge/cli storage

• npx @insforge/cli storage buckets — list buckets
• npx @insforge/cli storage create-bucket <name> [--private] — create bucket (default: public)
• npx @insforge/cli storage delete-bucket <name> — delete bucket and all its objects (destructive)
• npx @insforge/cli storage list-objects <bucket> [--prefix] [--search] [--limit] [--sort] — list objects
• npx @insforge/cli storage upload <file> --bucket <name> [--key <objectKey>] — upload file
• npx @insforge/cli storage download <objectKey> --bucket <name> [--output <path>] — download file

AI Model Gateway — npx @insforge/cli ai

• npx @insforge/cli ai setup — fetch the linked project's active OpenRouter key from InsForge and write OPENROUTER_API_KEY to .env.local for local server-side development. Use --env-file <path> for non-standard projects.

Run this before implementing new OpenRouter/OpenAI SDK app code. Keep OPENROUTER_API_KEY server-only: never rename it to NEXT_PUBLIC_*, VITE_*, PUBLIC_*, or REACT_APP_*. For production deploys, add the same OPENROUTER_API_KEY to the hosting provider's server/runtime environment.

Payments — npx @insforge/cli payments

• npx @insforge/cli payments status — show Stripe key, account, sync, and webhook status
• npx @insforge/cli payments config / config set / config remove — manage Stripe test/live secret keys. See references/payments.md
• npx @insforge/cli payments sync [--environment test|live|all] — sync products, prices, customers, and subscriptions from Stripe
• npx @insforge/cli payments webhooks configure <environment> — create or recreate the managed Stripe webhook endpoint
• npx @insforge/cli payments catalog --environment <env> — inspect mirrored products and prices together
• npx @insforge/cli payments customers --environment <env> — admin/debug customer reads
• npx @insforge/cli payments products list/get/create/update/delete — manage Stripe products
• npx @insforge/cli payments prices list/get/create/update/archive — manage Stripe prices
• npx @insforge/cli payments subscriptions --environment <env> — admin/debug subscription reads
• npx @insforge/cli payments history --environment <env> — admin/debug payment history reads

⚠️ Private preview. Payments are a new feature; older backends may not expose /api/payments. Availability: If the CLI says Payments are not available on this backend, stop and ask the developer/admin to enable payments or upgrade the self-hosted InsForge instance. Do not work around this by storing Stripe secret keys with generic secrets or embedding Stripe secret keys in app code. Agents should default to --environment test while building. Only use live after the developer explicitly approves production Stripe changes.

Frontend Deployments (Vercel) — npx @insforge/cli deployments

Deploy a frontend application (static site / SPA / Next.js / etc.) to Vercel, managed through InsForge. For backend container workloads see Backend Compute Services below.

• npx @insforge/cli deployments deploy [dir] — deploy frontend app from its source directory. See references/deployments-deploy.md
• npx @insforge/cli deployments list — list deployments
• npx @insforge/cli deployments status <id> [--sync] — get deployment status (--sync fetches from Vercel)
• npx @insforge/cli deployments cancel <id> — cancel running deployment
• npx @insforge/cli deployments env list — list all deployment environment variables
• npx @insforge/cli deployments env set <key> <value> — create or update a deployment environment variable
• npx @insforge/cli deployments env delete <id> — delete a deployment environment variable by ID

Backend Compute Services (Fly.io) — npx @insforge/cli compute

Deploy and manage backend containerized services (APIs, workers, microservices). Each service runs as a Docker container reachable via a public HTTPS endpoint. For frontend hosting see Frontend Deployments above.

🔧 Implementation note (for agents): InsForge runs compute on Fly.io under the hood, but DO NOT use flyctl directly to deploy or manage these services. The Fly account, org, IP allocation, and machine ownership all live on the InsForge cloud — flyctl invoked with the user's own credentials will land in the wrong org and fail with unauthorized. Always use npx @insforge/cli compute …. The CLI is just an HTTP client that calls the InsForge backend; the backend talks to Fly. No flyctl and no Fly token are needed locally.

⚠️ In progress. Compute services are still in development; the API and CLI may change.

Availability: Compute requires the backend to have Fly.io configured. If not enabled, the API returns COMPUTE_SERVICE_NOT_CONFIGURED with setup instructions in nextActions. Follow those instructions.

• npx @insforge/cli compute list — list all compute services (name, status, image, CPU, memory, endpoint)
• npx @insforge/cli compute get <id> — get service details
• npx @insforge/cli compute deploy [dir] --name <name> [--port] [--cpu] [--memory] [--region] [--env <json> | --env-file <path>] — source mode: requires flyctl on PATH; no local Docker daemon needed. CLI shells out to flyctl deploy --remote-only --build-only using a short-lived per-app deploy token minted by InsForge cloud (the user never sees a Fly token). Build runs on Fly's remote builder; image is pushed to registry.fly.io; cloud launches the machine.
• npx @insforge/cli compute deploy --image <url> --name <name> [--port] [--cpu] [--memory] [--region] [--env <json> | --env-file <path>] — image mode: deploys a pre-built image from any registry. Nothing needed locally beyond the InsForge CLI. Best for CI/CD pipelines and off-the-shelf images like nginx:alpine. Prefer --env-file <path> over inline --env <json> for >1 secret.
• See references/compute-deploy.md for both modes.
• npx @insforge/cli compute update <id> [--image] [--port] [--cpu] [--memory] [--region] [--env <json> | --env-set KEY=VALUE | --env-unset KEY] — update service config. --env-set/--env-unset are repeatable and merge with existing env — use these to rotate one secret without restating the rest. --env <json> replaces wholesale and is mutually exclusive with the merge flags.
• npx @insforge/cli compute stop <id> — stop a running service
• npx @insforge/cli compute start <id> — start a stopped service
• npx @insforge/cli compute events <id> [--limit 50] — Fly machine lifecycle events (start/stop/exit/restart). Container stdout/stderr is NOT surfaced in v1 — that's roadmap work and will reuse the freed-up compute logs command name when it lands. To debug a crash-looping container today, reproduce locally with the same image.
• npx @insforge/cli compute delete <id> — destroy the service and its Fly.io resources. Permanent. Audit log captures the full config (incl. encrypted env blob) on delete for reconstruction. Dashboard adds a type-to-confirm gate; the CLI does not — guard scripted deletes carefully.

Secrets — npx @insforge/cli secrets

• npx @insforge/cli secrets list [--all] — list secrets (values hidden; --all includes deleted)
• npx @insforge/cli secrets get <key> — get decrypted value
• npx @insforge/cli secrets add <key> <value> [--reserved] [--expires <ISO date>] — create secret
• npx @insforge/cli secrets update <key> [--value] [--active] [--reserved] [--expires] — update secret
• npx @insforge/cli secrets delete <key> — soft delete (marks inactive; restore with --active true)

Configuration — npx @insforge/cli config

Manage auth.allowed_redirect_urls declaratively via insforge.toml (project root). For changing redirect URLs, prefer this over PUT /api/auth/config — the CLI gates on backend version and surfaces a clean skip if the backend predates the field, where the raw PUT may 200-and-silently-drop.

• npx @insforge/cli config export [--out insforge.toml] [--force] — pull live config into TOML. Sections the backend doesn't expose are omitted.
• npx @insforge/cli config plan [--file insforge.toml] — diff TOML vs. live state; shows which changes will apply vs. be skipped on the connected backend.
• npx @insforge/cli config apply [--file insforge.toml] [--dry-run] [--auto-approve] — apply the TOML. Per-change capability gate: supported changes apply; unsupported go to skipped[] with an upgrade message and no PUT is issued for them. --json returns { plan, applied[], skipped[] }.

If apply returns skipped: [...], surface verbatim. The user's backend predates this section. Tell them which sections were skipped and to upgrade; do not retry, do not bypass with curl (silent drop). Sample message: "I tried to set auth.allowed_redirect_urls but your backend is on an older version that doesn't support it yet. Upgrade your backend and re-run npx @insforge/cli config apply."

TOML is for knobs only — never embed programs. SQL → db migrations. Function code → functions deploy. Compute → compute deploy. Frontend → deployments deploy. TOML carries booleans, strings, and arrays — anything bigger lives in its own file managed by a dedicated CLI command.

Scope today: only auth.allowed_redirect_urls. Password policy, SMTP, OAuth providers, custom subdomain, and similar will land in TOML later. For other auth.config fields today, use the dashboard.

See references/config.md for output shapes and a common-mistakes table.

Schedules — npx @insforge/cli schedules

• npx @insforge/cli schedules list — list all scheduled tasks (shows ID, name, cron, URL, method, active, next run)
• npx @insforge/cli schedules get <id> — get schedule details
• npx @insforge/cli schedules create --name --cron --url --method [--headers <json>] [--body <json>] — create a cron job. --cron accepts either 5-field cron (*/5 * * * *) or pg_cron interval syntax for sub-minute cadence (30 seconds)
• npx @insforge/cli schedules update <id> [--name] [--cron] [--url] [--method] [--headers] [--body] [--active] — update schedule
• npx @insforge/cli schedules delete <id> — delete schedule (with confirmation)
• npx @insforge/cli schedules logs <id> [--limit] [--offset] — view execution logs

Branching — npx @insforge/cli branch

Test risky schema, RLS, auth, or function changes in an isolated branch project before applying them to prod. A branch shares the parent's JWT_SECRET (so the same users authenticate) but gets a fresh EC2 + database + API_KEY / ANON_KEY. See references/branch.md for the decision guide and lifecycle command details.

⚠️ Backend version requirement. Branching is still in development and only available on InsForge backend 2.1.0 or later. On older backends, npx @insforge/cli branch commands will fail. If you hit an error, contact the InsForge team.

Typical flow:

npx @insforge/cli branch create feat-rls --mode schema-only
# context now points at the branch — re-source .env if your dev server caches it
# branch runtime starts empty — redeploy any functions/website/compute you'll exercise
# ... apply your schema / RLS / auth changes via db migrations / SQL ...
npx @insforge/cli branch merge feat-rls --dry-run --save-sql /tmp/diff.sql
# review /tmp/diff.sql; on conflict CLI exits 2
npx @insforge/cli branch merge feat-rls
# parent now has the changes — redeploy functions / website / compute as needed
npx @insforge/cli branch delete feat-rls

Got into a bad state on the branch? npx @insforge/cli branch reset <name> rewinds the branch's database back to T0 (the parent snapshot at branch creation) without touching the EC2 or API keys — cheaper than delete + recreate and the SDK's INSFORGE_URL / ANON_KEY stay valid. Works from both ready and merged (a merged branch reset re-opens the same slot for another round of changes).

Diagnostics — npx @insforge/cli diagnose

Run with no subcommand for a full health report across all checks.

• npx @insforge/cli diagnose — full health report (runs all diagnostics)
• npx @insforge/cli diagnose --ai "<issue description>" — hand a natural-language problem description (error, failing URL, HTTP status) to the InsForge debug agent; returns a diagnosis plus suggested solutions
• npx @insforge/cli diagnose metrics [--range 1h|6h|24h|7d] [--metrics <list>] — EC2 instance metrics (CPU, memory, disk, network). Default range: 1h
• npx @insforge/cli diagnose advisor [--severity critical|warning|info] [--category security|performance|health] [--limit <n>] — latest advisor scan results and issues. Default limit: 50
• npx @insforge/cli diagnose db [--check <checks>] — database health checks. Checks: connections, slow-queries, bloat, size, index-usage, locks, cache-hit (default: all)
• npx @insforge/cli diagnose logs [--source <name>] [--limit <n>] — aggregate error-level logs from all backend sources. Default limit: 100

Analytics Integration — npx @insforge/cli posthog

• npx @insforge/cli posthog setup — ensures the InsForge dashboard has a PostHog connection (auto-provisioning / OAuth if missing, no-op if already connected), then prints the official PostHog wizard command (npx -y @posthog/wizard@latest) for the user to run themselves to wire PostHog into the app code. The CLI itself does not spawn the wizard. See references/posthog.md.
  • For agents: the printed wizard command is interactive — prompts on stdin, opens a browser, won't work via the agent shell or ! prefix. Ask the user to switch to their real terminal app and run it there.

⚠️ Beta. PostHog integration is rolling out across InsForge Cloud; older cloud projects and self-hosted backends may not expose /integrations/posthog/v1/* yet. If the CLI fails with PostHog connect flow unavailable (HTTP 404), the project doesn't have PostHog enabled yet — wait for the rollout or ask the InsForge team to enable it. Do not work around this by pulling a phc_ key from a separate PostHog account and embedding it in the app's env: events will flow to PostHog but the InsForge dashboard's Analytics page reads from a server-side OAuth-backed posthog_connections row that only posthog setup populates — without it the page stays empty even though the integration "looks" wired.

Logs — npx @insforge/cli logs

• npx @insforge/cli logs <source> [--limit <n>] — fetch backend container logs (default: 20 entries)

Source names are case-insensitive: postgrest.logs works the same as postgREST.logs.

Documentation — npx @insforge/cli docs

• npx @insforge/cli docs — list all topics
• npx @insforge/cli docs instructions — setup guide
• npx @insforge/cli docs <feature> <language> — feature docs (db / storage / functions / auth / ai / realtime × typescript / swift / kotlin / rest-api)

For writing application code with the InsForge SDK, use the insforge (SDK) skill instead, and use the npx @insforge/cli docs <feature> <language> to get specific SDK documentation.

Non-Obvious Behaviors

Functions invoke URL: invoked at {oss_host}/functions/{slug} — NOT /api/functions/{slug}. Exits with code 1 on HTTP 400+.

Secrets delete is soft: marks the secret inactive, not destroyed. Restore with npx @insforge/cli secrets update KEY --active true. Use --all with secrets list to see inactive ones.

Storage delete-bucket is hard: deletes the bucket and every object inside it permanently.

db rpc uses GET or POST: no --data → GET; with --data → POST.

db migrations use timestamped files: migration filenames use YYYYMMDDHHmmss_name.sql, for example 20260418091500_create-posts.sql.

db migrations up supports safe batch modes: npx @insforge/cli db migrations up <filename|version> applies one explicit local target. npx @insforge/cli db migrations up --to <version|filename> and npx @insforge/cli db migrations up --all apply pending files in ascending version order and stop on the first failure.

db migrations run inside a backend-managed transaction: do not put BEGIN, COMMIT, or ROLLBACK in migration files.

The live database schema is the source of truth: before writing a migration, and again if a migration fails, inspect the current database state first (db tables / indexes / policies / triggers / functions, plus db migrations list) and then adjust the migration statements to match reality. Do not assume local files are still current.

Compute deploy has two modes. compute deploy [dir] shells out to flyctl deploy --remote-only --build-only against your source dir using a short-lived per-app token the cloud mints for that one deploy — requires flyctl on PATH but no local Docker daemon (the build runs remotely on Fly's builder). The token is attenuated to one app + builder/wg with else: deny so it cannot reach any other app or org-level endpoint, and it auto-expires after ~20 min. compute deploy --image <url> deploys a pre-built image from any registry — nothing needed locally, best for CI or off-the-shelf images like nginx:alpine. Don't use flyctl outside this CLI flow with your own credentials — the Fly account is InsForge's, you'd 401.

Compute endpoints use .fly.dev: Services get a public URL at https://{name}-{projectId}.fly.dev. Custom domains require DNS configuration.

Schedules accept two cron formats: 5-field cron (minute hour day month day-of-week, e.g. */5 * * * *) or pg_cron interval syntax for sub-minute cadence (e.g. 30 seconds). 6-field cron with seconds (Quartz/Spring's */2 * * * * *) is not supported — use the interval form for sub-minute work. Headers can reference secrets with ${{secrets.KEY_NAME}}.

Payments use Stripe as source of truth: use payments config set for Stripe keys, payments sync before relying on existing catalog data, and create a new Stripe price instead of editing amount/currency. Runtime checkout and customer portal integration belongs in the insforge SDK skill.

config apply is version-aware: per-project backends drift in version. The CLI probes /api/metadata and gates auth.allowed_redirect_urls on whether the backend exposes it; if not, the change lands in skipped[] with an upgrade message and no PUT is issued. Never bypass with curl to "force" a skipped field — older backends may 200-and-silently-drop. Surface skips to the user and ask them to upgrade.

Common Workflows

Configure auth redirect URLs (insforge.toml)

# 1. Pull current config to insforge.toml (writes in project root)
npx @insforge/cli --json config export

# 2. Edit insforge.toml — add/remove entries under [auth] allowed_redirect_urls

# 3. Preview the diff
npx @insforge/cli --json config plan

# 4. Apply (use --yes for non-interactive — required in --json mode)
npx @insforge/cli --json --yes config apply

If apply returns a non-empty skipped[], the user's backend predates this section — surface the entries verbatim with the upgrade ask. Don't retry, don't fall back to curl (older backends may 200-and-silently-drop). See references/config.md.

Set up database schema with migrations

# Inspect the current live schema first
npx @insforge/cli db tables
npx @insforge/cli db indexes
npx @insforge/cli db policies
npx @insforge/cli db migrations list

# Sync applied remote migration history locally
npx @insforge/cli db migrations fetch

# Create the next schema migration file
npx @insforge/cli db migrations new create-posts

# Edit migrations/20260418091500_create-posts.sql with CREATE TABLE / ALTER TABLE / policies

# Apply pending migrations safely
npx @insforge/cli db migrations up --all

Use migrations for schema changes. Use db query for row changes and inspection. In migrations, FK to users with auth.users(id) and use auth.uid() in RLS policies.

Manage database migrations

# Inspect remote migration history
npx @insforge/cli db migrations list

# Sync applied remote migrations into migrations/
npx @insforge/cli db migrations fetch

# Create the next local migration file
npx @insforge/cli db migrations new create-posts

# Apply all pending local migrations
npx @insforge/cli db migrations up --all

Deploy an edge function

# Default source path: insforge/functions/{slug}/index.ts
npx @insforge/cli functions deploy my-handler
npx @insforge/cli functions invoke my-handler --data '{"action": "test"}'

Deploy frontend

Always verify the local build succeeds before deploying. Local builds are faster to debug and don't waste server resources. After the build passes, deploy the project source directory (usually .), not dist/ or other generated build output.

Environment variables are required. Frontend apps need env vars (API URL, anon key) to connect to InsForge at runtime. Deploying without them produces a broken app. Before deploying, you must ensure env vars are set using one of these two approaches:

Option A — Persistent env vars (recommended): Set once, applied to every future deployment automatically. Best for projects that will be redeployed.

# Check what's already set
npx @insforge/cli deployments env list

# Set the vars your app needs (use the correct framework prefix)
npx @insforge/cli deployments env set VITE_INSFORGE_URL https://my-app.us-east.insforge.app
npx @insforge/cli deployments env set VITE_INSFORGE_ANON_KEY ik_xxx

# Deploy the project source — persistent env vars are applied automatically
npx @insforge/cli deployments deploy .

Option B — Inline --env flag: Pass env vars as JSON directly on the deploy command. Useful for one-off deploys or overriding persistent vars.

npx @insforge/cli deployments deploy . --env '{"VITE_INSFORGE_URL": "https://my-app.us-east.insforge.app", "VITE_INSFORGE_ANON_KEY": "ik_xxx"}'

Full workflow:

# 1. Build locally first
npm run build

# 2. Ensure env vars are set (check existing, add missing)
npx @insforge/cli deployments env list
npx @insforge/cli deployments env set VITE_INSFORGE_URL https://my-app.us-east.insforge.app
npx @insforge/cli deployments env set VITE_INSFORGE_ANON_KEY ik_xxx

# 3. Deploy the project source directory
npx @insforge/cli deployments deploy .

Environment variable prefix by framework:

Pre-deploy checklist:

• npm run build succeeds locally
• Env vars are set — run deployments env list to verify, or pass --env on the deploy command
• All env vars use the correct framework prefix
• Deploy the project source directory (usually .), not dist/, build/, or .next/
• Edge function directories excluded from frontend build (if applicable)
• Never include node_modules, .git, .env, or .insforge in the upload
• Framework build output is configured correctly (dist/, build/, .next/, etc.)

Deploy a Docker container (compute service)

Two modes — pick by what you have. Both deploy to the same Fly.io infrastructure.

Source mode (you have a Dockerfile; needs flyctl on PATH but NO local Docker daemon):

# Install flyctl once: curl -L https://fly.io/install.sh | sh

# Project layout: Dockerfile + your app code
$ ls
Dockerfile  app.py  requirements.txt

# One command:
npx @insforge/cli compute deploy . --name my-api --port 8000
# CLI mints a per-app, attenuated Fly deploy token from InsForge cloud
# (~20 min TTL, scoped to one app, else: deny blocks org-wide reads), then
# shells out to `flyctl deploy --remote-only --build-only` so the build runs
# on Fly's remote builder and is pushed to registry.fly.io. Cloud launches
# the machine and returns the URL. NO local Docker daemon needed.

Off-the-shelf image (no Docker required):

npx @insforge/cli compute deploy --image nginx:alpine --name my-api --port 80 --region iad
npx @insforge/cli compute list
# Service is running with a public https://{name}-{project}.fly.dev endpoint
# No flyctl, no FLY_API_TOKEN, no local Docker required.

Pre-built image you pushed yourself (CI/CD, custom registry — no Docker required locally):

# Built + pushed elsewhere (GitHub Actions, your CI, etc.)
npx @insforge/cli compute deploy --image ghcr.io/you/app:v1 --name my-api --port 8000

Lifecycle management:

npx @insforge/cli compute stop <id>       # stop the machine
npx @insforge/cli compute start <id>      # restart it
npx @insforge/cli compute events <id>     # machine lifecycle events
npx @insforge/cli compute delete <id>     # destroy everything

CPU tiers: shared-1x (default), shared-2x, performance-1x, performance-2x, performance-4x Memory options: 256, 512 (default), 1024, 2048, 4096, 8192 MB Regions: iad (default), sin, lax, lhr, nrt, ams, syd

Source mode requires flyctl on PATH (no Docker). The CLI never asks the user for FLY_API_TOKEN — the cloud mints a short-lived, app-scoped token per deploy (~20 min, else: deny) and passes it through env to the flyctl subprocess. Tokens cannot deploy or read any other app, even within InsForge's Fly org. Image mode (the examples above) needs neither flyctl nor a token.

Backup and restore database

npx @insforge/cli db export --output backup.sql
npx @insforge/cli db import backup.sql

Schedule a cron job

# Wall-clock cadence — every 5 minutes (5-field cron)
npx @insforge/cli schedules create \
  --name "Cleanup Expired" \
  --cron "*/5 * * * *" \
  --url "https://my-app.us-east.insforge.app/functions/cleanup" \
  --method POST \
  --headers '{"Authorization": "Bearer ${{secrets.API_TOKEN}}"}'

# Sub-minute cadence — every 30 seconds (pg_cron interval syntax)
npx @insforge/cli schedules create \
  --name "Health Probe" \
  --cron "30 seconds" \
  --url "https://my-app.us-east.insforge.app/functions/probe" \
  --method GET

# Check execution history
npx @insforge/cli schedules logs <id>

Cron Expression Format

InsForge accepts two cron formats: standard 5-field cron expressions, or pg_cron interval syntax for sub-minute cadence. 6-field cron expressions with seconds (Quartz/Spring style) are NOT supported — use the interval form below for sub-minute work.

5-field cron format:

┌─────────────── minute (0-59)
│ ┌───────────── hour (0-23)
│ │ ┌─────────── day of month (1-31)
│ │ │ ┌───────── month (1-12)
│ │ │ │ ┌─────── day of week (0-6, Sunday=0)
│ │ │ │ │
* * * * *

Interval syntax (for sub-minute cadence):

Use <positive integer> seconds (e.g. 30 seconds) — the only thing 5-field cron can't express.

When to pick which: use 5-field cron for "wall-clock" cadence (every Monday at 9 AM, daily midnight, every 5 minutes on the dot). Use interval syntax when you need sub-minute cadence or simple "every N seconds" semantics. At very high cadence (e.g. 1 second), watch schedules.job_logs row counts — every fire writes a log row.

Secret References in Headers

Headers can reference secrets stored in InsForge using the syntax ${{secrets.KEY_NAME}}.

{
  "headers": {
    "Authorization": "Bearer ${{secrets.API_TOKEN}}",
    "X-API-Key": "${{secrets.EXTERNAL_API_KEY}}"
  }
}

Secrets are resolved at schedule creation/update time. If a referenced secret doesn't exist, the operation fails with a 404 error.

Best Practices

1. Pick the right cron format for the cadence

   • Wall-clock cadence (daily/hourly/weekly) → 5-field cron (*/5 * * * *, 0 9 * * 1-5)
   • Sub-minute cadence → pg_cron interval form (e.g. 30 seconds)
   • 6-field cron with seconds (*/2 * * * * *) is not supported — use the interval form

2. Store sensitive values as secrets

   • Use ${{secrets.KEY_NAME}} in headers for API keys and tokens
   • Create secrets first via the secrets API before referencing them

3. Target InsForge functions for serverless tasks

   • Use the function URL format: https://your-project.region.insforge.app/functions/{slug}
   • Ensure the target function exists and has status: "active"

4. Monitor execution logs

   • Check logs regularly to ensure schedules are running successfully
   • Look for non-200 status codes and failed executions

Common Mistakes

Recommended Workflow

1. Create secrets if needed     -> `npx @insforge/cli secrets add KEY VALUE`
2. Create/verify target function -> `npx @insforge/cli functions list`
3. Create schedule              -> `npx @insforge/cli schedules create`
4. Verify schedule is active    -> `npx @insforge/cli schedules get <id>`
5. Monitor execution logs       -> `npx @insforge/cli schedules logs <id>`

Diagnose backend health

# Full health report (all checks)
npx @insforge/cli diagnose

# Check specific areas
npx @insforge/cli diagnose metrics --range 24h          # CPU/memory/disk over last 24h
npx @insforge/cli diagnose advisor --severity critical   # critical issues only
npx @insforge/cli diagnose db --check bloat,slow-queries # specific DB checks
npx @insforge/cli diagnose logs                          # aggregate errors from all sources

Debug with logs

npx @insforge/cli logs function.logs          # function execution issues
npx @insforge/cli logs postgres.logs          # database query problems
npx @insforge/cli logs insforge.logs          # API / auth errors
npx @insforge/cli logs postgrest.logs --limit 50

Best Practices

1. Start with function.logs for function issues

   • Check execution errors, timeouts, and runtime exceptions

2. Use postgres.logs for query problems

   • Debug slow queries, constraint violations, connection issues

3. Check insforge.logs for API errors

   • Authentication failures, request validation, general backend errors

Common Debugging Scenarios

Non-interactive CI/CD

INSFORGE_EMAIL=$EMAIL INSFORGE_PASSWORD=$PASSWORD npx @insforge/cli login --email -y
npx @insforge/cli link --project-id $PROJECT_ID --org-id $ORG_ID -y
npx @insforge/cli db query "SELECT count(*) FROM users" --json

Project Configuration

After create or link, .insforge/project.json is created:

{
  "project_id": "...",
  "appkey": "...",
  "region": "us-east",
  "api_key": "ik_...",
  "oss_host": "https://{appkey}.{region}.insforge.app"
}

oss_host is the base URL for all SDK and API operations. api_key is the full-access admin key for backend API calls, equivalent to a service role key on other platforms.

Never commit this file to version control or share it publicly. Do not edit this file manually. Use npx @insforge/cli link to switch projects.