gem-hunter
主要言語: TypeScript
Official TestSprite CLI — AI-powered automated testing from your terminal
AI ships code in minutes — verifying it hasn't. testsprite opens your live app, uses it like a real user, and shows your coding agent exactly what broke — so it fixes its own work before a bug ever reaches you.
Proof, in public: verification beats model size. With this CLI in the loop, the cheapest model in the field shipped the most correct app on an open leaderboard — 89%, at half the cost of the priciest one. See the leaderboard →
⭐ Help us reach more developers and grow the TestSprite community. Star this repo!
▶ Watch the launch video — the three hard limits every coding agent hits, and the loop that breaks them (4 min).
TestSprite is the AI testing platform 100,000+ teams use to test their software, frontend and backend — in the cloud, against the live product, not mocks. This repo is its official CLI.
It puts that platform in your coding agent's hands: the agent verifies every behavior it ships, and what broke comes back as one self-consistent bundle it can act on — no dashboard scraping. Humans drive the same surface from a terminal or CI.
If you find testsprite useful, a GitHub Star ⭐️ would be greatly appreciated — it helps other builders (and their agents) find the project, and stars notify you about new releases.
Requires Node.js 20.19+, 22.13+, or 24+. (No global install? npx @testsprite/testsprite-cli works too.)
npm install -g @testsprite/testsprite-cli testsprite setup
testsprite setup prompts for your API key, verifies it, and installs the verification-loop skill for the coding agents this project uses — one command, so your agent is wired to verify its own work.
Which agent it installs for. Each of the eight supported targets — claude, cursor, cline, windsurf, antigravity, kiro, copilot, codex — lands its skill in a different place, so setup works out which you use: the agent calling it, if it identifies itself, together with every agent whose config is already in the project. It installs for all of them and prints what it found — in a terminal it shows you that list first, so you can accept it or narrow it before anything is written. If nothing identifies an agent, it installs for claude and says so — that is the one case where you want --agent <target> to name one yourself. Check the result any time with testsprite agent status.
Non-interactive (CI / onboarding scripts):
TESTSPRITE_API_KEY=sk-... testsprite setup --from-env --yes
Pointing a coding agent (Claude Code, Cursor, Codex, Cline, …) at TestSprite? Have it run
testsprite setupfirst — that installs the verification skill, so the agent knows how to create, run, and triage tests on its own (instead of guessing from this README).setupreports which agents it installed for; add--agent <target>if that list is not the one you wanted. New here? Start with the getting-started overview.
Privacy note: interactive runs check the npm registry at most once per 24 h to offer a "new version available" notice — package name only, never your key or data;
TESTSPRITE_NO_UPDATE_NOTIFIER=1disables it. The backend also advertises its minimum supported CLI version — a below-floor CLI prints a one-line upgrade advisory on stderr, and a too-old client may be rejected with exit 14 (CLIENT_TOO_OLD). Details in DOCUMENTATION.md → Update notice.
From there, the loop runs on its own — an example session, typed by the coding agent:
# 1 — describe the behavior you want to guarantee, run it, wait testsprite test create --project proj_8f0f6 --type frontend \ --plan-from ./checkout-flow.plan.json --run --wait --output json # → exits 1: the run failed # 2 — pull ONE self-consistent failure bundle testsprite test failure get test_3a9f21c7 --out ./.testsprite/failure # 3 — the agent reads the bundle, fixes the code, then replays testsprite test rerun test_3a9f21c7 --wait --output json # → exits 0: passed. The test now lives in your durable suite.
./checkout-flow.plan.json (the --plan-from argument above) is a JSON file describing the test in plain language — no browser code required. This is the exact, byte-identical output of testsprite test create --plan-template (also embedded verbatim in test create --help):
{
"$schema": "https://raw.githubusercontent.com/TestSprite/testsprite-cli/v0.4.0/schemas/plan.schema.json",
"projectId": "prj_abc123",
"type": "frontend",
"name": "Login rejects an empty password",
"planSteps": [
{
"type": "action",
"description": "Navigate to /login and submit the form with an empty password"
},
{
"type": "assertion",
"description": "Verify an inline error says the password is required"
}
]
}Get this exact skeleton without hand-copying it (and without the risk of it drifting from your installed version — see below): testsprite test create --plan-template. Full field reference (including the {{...}}-placeholder caveat, size caps, and the $schema hook for live editor validation): Plan file format.
The
$schemaURL above is pinned to the CLI version that generated this doc (v0.4.0) —--plan-template's live output always pins to your installed version instead, which is what actually resolves. If you're reading this on a later release, run the command yourself rather than trusting this snippet verbatim.
Don't want to write the first tests yourself? For a deployed target, ask TestSprite to propose them. Local projects use the authored-plan flow below. testsprite test plan generate --project <id> explores your app (or reads the API spec you uploaded with project docs upload), drafts test cases, and stages them for review — nothing is written to your disk. You read the printed table and keep what you want:
testsprite test plan generate --project proj_8f0f6 # stages proposals for review testsprite test plan accept --project proj_8f0f6 # → real tests testsprite test plan accept --project proj_8f0f6 --only prop_2 prop_5 # or just these
It only runs what the project is still missing, so a second call picks up where the first left off. Generation spends workspace credits per stage that actually runs (the result line reports the spend), and a PRD uploaded with project docs upload --role prd bills 0.5 credits for its embedding — an API spec is free. Full walkthrough, including what happens on Ctrl-C and every precondition error: Generate commands.
Prefer to configure each step by hand (or learn the surface offline with --dry-run first)? See Manual setup and Install & verify.
Frontend tests can reach your running app through a TestSprite tunnel, including on the Free plan (ordinary run credits apply).
Use an API key with run:tunnel; the CLI names the missing scope if the key cannot open a tunnel. Existing keys receive this scope on backend v0.18.0 or later unless deliberately narrowed.
testsprite project create --type frontend --name "My local app" --local 3000 testsprite test create --plan-from ./checkout.plan.json --project <project-id> testsprite test run <test-id> # the saved loopback URL opens a tunnel and waits testsprite test run <id> <id> --max-concurrency 5 testsprite test run --all --project <project-id> # Or keep one tunnel open in terminal A (no port argument) testsprite tunnel start --ttl 3600 # Terminal B: borrow the clientId printed above; keep terminal A running testsprite test run <test-id> --tunnel-client <client-uuid> testsprite tunnel list testsprite tunnel stop <client-uuid> # Stop every live tunnel on this account only when you intend to revoke them all testsprite tunnel stop --all --confirm
Run several local frontend tests in one invocation to share one tunnel binding. The batch runs up to 5 tests at once by default; --max-concurrency accepts 1–10. --all --local skips backend tests. An owned batch cancels unfinished runs on Ctrl-C or tunnel loss; JSON output lists every requested test in input order, including tests that did not start. The minted client id is printed before the tunnel connects.
Hit the tunnel limit? Run testsprite tunnel list, then testsprite tunnel stop <client-uuid> for an unused binding, or testsprite tunnel stop --all --confirm to revoke them all. An older server without listing returns exit 4; a key without run:tunnel returns exit 3.
A second tunnel start or process using the same credential takes over, and the first exits 10.
An environment is one origin (scheme, host and port) plus its sign-in configuration. Frontend runs automatically open a tunnel for a saved localhost, 127.0.0.1 or [::1] URL: test run, test rerun, test create --run, test create-batch --run and testlist run use this behavior. --env <name> selects the environment; omit it for the project default. --no-wait disables automatic tunnels; drop it to run through one. If environment reads are unavailable, the command keeps the previous server behavior. Several fresh-run IDs require a tunnel; public targets retain the exit-5 refusal. A named public environment used against a local origin prints a sign-in advisory on stderr. Reruns and test-list runs share one timeout including capacity waits and require the server to confirm tunnel support; an older server triggers a cancellation attempt and a clear error.
--local <port> saves new project and environment URLs as http://localhost:<port>. Use --url http://127.0.0.1:<port> or --url http://[::1]:<port> when the host matters (--local-host is deprecated). Dev servers can be slow through a tunnel, so for heavy apps test a production build (npm run build plus your framework's preview or start command).
The tunnel uses verified TLS. On a network that re-signs TLS, set NODE_EXTRA_CA_CERTS=/path/to/ca.pem to your organisation's root CA. If the tunnel keeps failing to connect for 60 seconds, the command exits 10, and an owned run is cancelled and refunded.
On an owned tunnel, Ctrl-C or a timeout cancels unfinished runs by default, and a run cancelled before it finishes is refunded. A run on a borrowed --tunnel-client detaches on Ctrl-C instead. Local projects skip plan generation, so write plans with test create --plan-from. Portal runs stay blocked, at no charge, until the project has a public URL. See the local-testing reference for the details.
| Group | Command | What it does |
|---|---|---|
| Setup | setup |
Start here — one command: configure your API key, verify it, and install the agent verification skill |
doctor |
Environment diagnostic — CLI/Node versions, profile, endpoint, credentials, connectivity, agent skill; exits non-zero on failure | |
| Auth | auth status |
Resolve the active profile to its user, key, env, and scopes |
auth remove |
Remove the active profile from the credentials file | |
usage (alias credits) |
Account pre-flight: identity, plus credit balance / plan info when the backend supplies them | |
| Read | project list / project get |
List projects / fetch one by id, including the default environment and environment count when the server reports them |
test list / test get |
List tests under a project / fetch one by id; test list --env <name> selects frontend status and the ENV column names its source |
|
test code get |
Print (or write) the generated test source | |
test steps |
List the latest run's steps with screenshot / DOM pointers | |
test result |
Latest result; --history lists a test's prior runs (ENV column; --env <name> filters by environment) |
|
test failure get |
The agent entry point: one self-contained latest-failure bundle | |
test failure summary |
One-screen triage card (no media download) | |
test diff |
Compare two runs — verdict, failure kind, per-step status flips, code-version drift | |
| Write | test scaffold / test lint |
Author plans locally: emit a schema-correct starter, validate plan files offline — no network, no credentials |
test create / test create-batch |
Create a test (or bulk-create from a plan file); --step-timeout <ms> sets a per-test timeout; dependency flags wire BE metadata |
|
test update / test delete / test delete-batch |
Edit metadata, set/clear the step timeout (--step-timeout / --clear-step-timeout), or permanently delete (--confirm required) |
|
test code put |
Replace generated code (etag-guarded) | |
test plan put |
Replace a frontend test's plan-steps | |
project create / project update / project delete |
Manage projects; --test-id-attributes <list> registers the app's own test-hook attributes (priority order) for exported locators, --clear-test-id-attributes reverts; delete removes a project and everything under it (--confirm required, no restore window) |
|
project credential / project auto-auth |
Configure backend-test auth: a static injected credential, or auto-refresh login (Pro) | |
project env list / get / create / update / delete / set-default |
Manage a project's named URL + login bundles. get shows safe login details and variables; create / update accept repeatable --var KEY=VALUE (plain text — not for secrets, use --username/--password), and update --clear-credentials disables account login. Use --url http://localhost:<port> or --local <port> for an app on this machine; runs open its tunnel automatically. delete refuses the default environment. |
|
project sign-in get / set |
Inspect or change an environment's app sign-in mode; choose OTP with project env create --sign-in otp. SSO selection requires the per-account manual-login feature flag; capture the session in the Portal. |
|
| Generate | test plan generate |
Ask TestSprite to propose test cases for a project — proposals are staged server-side for review, never written to disk; only the stages the project is missing actually run |
test plan accept |
Turn staged proposals into real tests — all of them, or a subset with --only |
|
project docs upload |
Upload an API spec or PRD as a project source, so generation has something to read | |
| Run | test run |
Trigger a fresh run; saved loopback environments open a tunnel and wait automatically; --wait blocks until terminal; --all --project <id> runs all tests in a project in wave order --env <name> runs against a named environment. |
test rerun |
Replay one/many tests (FE verbatim; BE with deps); billed as a run (0.5 credits FE / 0.2 BE); --all --project <id> reruns all tests --env <name> replays against a named environment; loopback URLs open a tunnel automatically when the server supports it. |
|
test flaky |
Replay a test several times (auto-heal off) and report a stability score | |
test wait |
Block on one or more runIds until terminal |
|
test cancel |
Cancel one or more in-flight runs (Ctrl-C during --wait only detaches, cancel is the real stop — except a run with an owned tunnel, which Ctrl-C cancels by default) |
|
test artifact get |
Download the failure bundle for a specific runId |
|
| Test lists | testlist list / testlist get |
Inspect saved test lists — named, cross-project collections with per-project environment pins (V3-only) |
testlist create / update / add / remove / delete |
Manage a list and its cases; --project-env <id>:<env> pins environments; delete requires --confirm |
|
testlist run |
Run every case (or a --case subset) through its pinned environment; loopback environments open a tunnel automatically; --wait polls all runs, --report junit writes a CI sidecar |
|
| Schedule | schedule list / schedule get |
List schedules visible to the key / fetch one by id, including a project schedule's pinned or inherited environment (status is ENABLED, PAUSED, or AUTO_PAUSED after repeated failures) |
schedule create |
Run a project or test list on a 5-field cron; --env <name> pins a project schedule, while omission inherits the live default; states frequency and estimated cost |
|
schedule update |
Retime or rename a schedule, change recipients, pin a project schedule with --env <name>, or --pause / --resume it |
|
schedule delete |
Remove a schedule and its run history, stopping future triggers (--confirm required, no restore window) |
|
schedule run list |
A schedule's past runs, with per-run pass / fail / blocked counts | |
| CI | ci init github |
Write a GitHub Actions PR gate that runs ci run against each pull request's preview deployment — one placeholder step to fill in: your platform deploys every PR (on: deployment_status) or the workflow deploys |
ci run |
The CI gate in one command: every project test (or --filter) against --target-url, signed in as --env, in a temporary github-pr-<N> environment, one execution; waits and exits with the verdict. Job summary = the execution report (the GitHub App comment); --summary-file, --report junit, step outputs |
|
| Agent | agent install / agent list / agent status |
Add, list, or health-check coding-agent skills (pure-local): claude, codex, cursor, cline, antigravity, kiro, windsurf, copilot |
The earlier command names —
init,auth configure,auth whoami,auth logout— still work as hidden, deprecated aliases (each prints a one-line notice pointing at the new name), so existing scripts keep running.auth configurenow runs the fullsetup(it also installs the skill).
📚 Full reference — every command, flag, and example: DOCUMENTATION.md, including configuration & profiles, scripting, and exit codes.
test failure get returns one bundle — the failing step, its neighbors, screenshots, DOM snapshots, the test source, a root-cause hypothesis, and a recommended fix target — all sharing a single snapshotId. The CLI refuses to stitch data from two different runs, so an agent never reasons over a frankenstein context.create → run → failure get → fix → rerun — every pass is banked, not thrown away.--output json contract, predictable exit codes, and a --dry-run that exercises the full code path offline with canned data.testsprite ci init github writes a PR gate; testsprite ci run --env <name> --target-url "$PREVIEW_URL" tests each pull request's preview deployment as one execution and exits with the verdict. The job summary is the execution report — the same content as the GitHub App's PR comment — plus ::error:: annotations on the checks tab, step outputs, --summary-file for a machine summary and --report junit for a JUnit sidecar. In any other CI, testsprite ci run --project <id> --env <name> --target-url <url> still runs the suite as one execution and makes the exit code the verdict — the pull-request context, draft skip and job summary are GitHub Actions only. Details →testsprite setup drops ready-made skill files into your repo — for the agents it detects you using — so your coding agent knows how to drive the loop on its own.Every time your agent changes code, it asks one question: is this behavior already covered by the suite?
testsprite test create — describe the new behavior, run it.testsprite test rerun — replay the existing tests, so nothing that used to work breaks silently.testsprite test failure get — one self-consistent bundle; the agent fixes the code and reruns.Every pass is banked into a durable suite, so coverage compounds as the project grows — a lasting record of every requirement it has ever gotten right, far bigger than any context window.
flowchart TD
A["🤖 Your coding agent<br/>Claude Code · Codex · Antigravity · Kimi · Cursor · Trae …"]
D{"behavior already<br/>covered by the suite?"}
B["<b>testsprite test create</b><br/>new behavior → new test"]
R["<b>testsprite test rerun</b><br/>replay the existing tests"]
C{{"☁️ TestSprite testing agent<br/>runs the test like a real user against<br/>real browsers & real APIs on Cloud"}}
F["<b>testsprite test failure get</b><br/>ONE self-consistent bundle:<br/>failing step · screenshots · DOM ·<br/>root-cause · recommended fix"]
S[("📚 Durable integration suite<br/>grows with every pass")]
A -->|"writes / changes code"| D
D -->|"no — new behavior"| B
D -->|"yes"| R
B --> C
R --> C
C -->|"pass ✅"| S
C -->|"fail ❌"| F
F -->|"agent reads the bundle<br/>& fixes the code"| A
S -.->|"defines what's covered"| D
The cloud is a black box on purpose: your agent describes intent and reads results. It never has to know how the test was driven — only what a real user experienced.
On CoderCup — an open leaderboard where frontier coding agents build the same app under the same rules, with TestSprite as the referee — the cheapest model in the field shipped the most correct app on the board: 89%, at half the cost of the priciest one.
That's the point of all of this: you no longer need the biggest, most expensive model to ship software you can trust — top-tier quality, without paying top-tier prices, within reach of every team.
testsprite --help / testsprite test run --help right in your terminalContributions are welcome — the CLI is plain TypeScript/Node (20.19+, 22.13+, or 24+), tested with Vitest, built with tsc. Getting a dev loop running takes a minute:
git clone https://github.com/TestSprite/testsprite-cli.git cd testsprite-cli && npm install npm run build # tsc → dist/ ; try it: node dist/index.js --help npm test # unit suite — no network or credentials needed npm run lint:fix # ESLint npm run typecheck # tsc --noEmit
Pull requests target the main branch. The full guide — build from source, test tiers, CI checks, branches, project layout — is in CONTRIBUTING.md.
Support — if you need any help, we're responsive on Discord, and feel free to email us at contact@testsprite.com too.
Apache-2.0 © TestSprite