Tamarind CLI
Command-line interface for the Tamarind Bio platform. Discover tools, submit and monitor protein / nucleic-acid / small-molecule jobs, and download results — from your terminal, a script, CI, or an AI coding agent (Claude Code, Codex, …).
The CLI is a thin client over the same API the Tamarind MCP
server uses, so the two stay in lockstep. See
docs/architecture.md
for how drift is prevented.
Install
uv tool install tamarind-cli # or: pipx install tamarind-cli
Or with the bootstrap installer (uses uv, pipx, or Python/pip already on
your PATH):
curl -fsSL https://app.tamarind.bio/cli/install.sh | sh
To track the repo directly instead of the PyPI release:
uv tool install "git+https://github.com/Tamarind-Bio/tamarind-cli"
# or: pipx install "git+https://github.com/Tamarind-Bio/tamarind-cli"
Releasing: tag a GitHub Release and the
publish.ymlworkflow builds and uploads to PyPI via Trusted Publishing (configure the trusted publisher fortamarind-clion PyPI first).
Authenticate
Get an API key from the Tamarind web app (Settings → API), then either:
export TAMARIND_API_KEY="sk_..." # best for agents / CI
# or
tamarind auth login # stores it in ~/.tamarind/config.json
tamarind auth status
Quickstart
# 1. Find a tool
tamarind tools --function structure-prediction --modality protein
tamarind tools --search boltz
# 2. Inspect its parameters and grab a runnable example
tamarind schema boltz
tamarind schema boltz --example > job.yaml # most tools ship an example; some don't
# 3. Validate, then submit
tamarind validate boltz --input job.yaml
tamarind submit boltz --input job.yaml --name my-run \
--wait --timeout 3600 --download ./out
# 4. Monitor / fetch
tamarind jobs
tamarind status my-run
tamarind results my-run --download ./out
Set individual fields inline instead of a file:
tamarind submit boltz \
--set inputFormat=sequence \
--set sequence=MKTVRQERLKSIVRIL... \
--name quick-fold
Python SDK
The package exposes typed Pipelines and Custom Tools resources. Pipeline runs use the same node-run terminology as the web app and public REST API:
from tamarind import Tamarind
with Tamarind() as client:
run = client.pipelines.get_run("run-id")
for node_run in run.node_runs:
page = node_run.molecules(limit=100)
print(node_run.label, page.items)
The Custom Tools resource checks archive-local
safety, packages a folder, uploads it directly to object storage, and submits the
digest-checked build request. The server
remains authoritative for source readiness, Versions, logs, and the evolving
config.json contract.
from tamarind import Tamarind
from tamarind.errors import CustomToolNotFoundError
with Tamarind() as client:
try:
tool = client.custom_tools.get("my-esmfold")
except CustomToolNotFoundError:
tool = client.custom_tools.create("my-esmfold", display_name="My ESMFold")
result = tool.build("./my-esmfold", idempotency_key="release-2026-08-26")
print(result.action) # build, reuse_image, or unchanged
version = result.version
print(version.version) # numbered version, e.g. v3
if not version.terminal:
version = version.monitor(timeout=1800, on_event=print)
build() returns a typed result describing what the request did and the durable
Version it produced. It is convenience orchestration, not a durable request
object. Reuse idempotency_key when retrying an ambiguous build response; the
server returns the already admitted Version. If no key was supplied, fetch the
tool's versions before retrying. Interrupting monitor() stops local monitoring; it
does not cancel the remote build.
Exact Version operations use version.version, such as v3. If a
mutation reports 412 Precondition Failed, refetch the affected Tool or Version,
confirm the mutation is still desired, and retry using the refreshed resource.
The same lifecycle is available through the unified CLI. A typical release is:
tamarind custom-tools validate ./my-esmfold
tamarind custom-tools create my-esmfold --display-name "My ESMFold"
tamarind custom-tools build my-esmfold ./my-esmfold \
--idempotency-key release-2026-08-31 --wait --timeout 1800
tamarind custom-tools versions my-esmfold
tamarind custom-tools publish my-esmfold v3
Build responses contain a numbered version, such as v3.
Pass it to version, logs, cancel, and publish. A local wait
timeout does not cancel the remote build; reattach with
tamarind custom-tools version NAME VERSION --wait.
Test a completed Custom Tool version
After building, submit a test without publishing the version:
tamarind custom-tools test my-esmfold --version v3 \
--input inputs.json --name esmfold-smoke
tamarind status esmfold-smoke
tamarind wait esmfold-smoke --timeout 600
Or use the SDK:
from tamarind import Tamarind
with Tamarind() as client:
tool = client.custom_tools.get("my-esmfold")
job = tool.test({"sequence": "MKT..."}, version="v3", name="esmfold-smoke")
print(job.job_name, job.id, job.status)
The command returns after submission and the run appears in the tool's website
Test history. This executes the tool and uses compute; it is not a dry run.
Omit name / --name to generate a unique name. Pass the version number (such as v3) from
build or versions; the SDK resolves its execution pin and protects against
deleting and recreating the tool. The selected build must be complete. Design
splitting is handled by the backend and returns the parent job receipt.
Normal submit commands keep their existing behavior. If submission times out,
check the job name in the error details before retrying; it may already be running.
For the complete CLI workflow, source layout, build monitoring, publishing, and rollback examples, see the Custom Tools CLI guide.
Output for agents
Every command emits JSON when stdout is not a TTY, or with --json. Result
documents are written to stdout. Typed command, transport, and usage errors are
written to stderr as
{"error":{"type":...,"message":...,"exitCode":...,"detail":...}}; detail
is omitted when unavailable. A domain verdict can deliberately combine a
nonzero exit with a result document: invalid validate output remains on
stdout with exit 5, and a terminal unsuccessful job remains on stdout with exit
9 so callers can inspect its status. Exit codes are stable: 0 ok, 1
generic failure, 2 usage, 3 auth, 4 not-found, 5 validation, 6
rate-limit, 7 timeout (a bounded wait elapsed while the remote job may still
run), 8 budget/quota exhaustion, and 9 remote job failure.
For agent workflows, always put a deadline on blocking commands. submit --wait
and results --wait accept --timeout; the standalone wait command remains
the easiest way to reattach to a durable job name.
Starting in 0.2, results requires --download DIR by default and never prints
a presigned URL implicitly. This intentional safety boundary is why the release
uses a new pre-1.0 minor version. The explicit --show-url escape hatch returns
a credential-bearing, short-lived URL; do not use it in agent, CI, or shared logs.
Not every tool ships a runnable example — schema <tool> --example exits non-zero
(with a clear message) when one isn't available, so a > job.yaml redirect never
silently produces an empty file. Destructive commands (delete, files delete)
require --yes/-y when run non-interactively (piped or --json), so an agent
never removes data without an explicit confirmation.
tamarind --json jobs | jq '.jobs[] | select(.JobStatus=="Running")'
--json, --profile, and the endpoint/auth overrides are global options, so
place them before the command name.
Commands
| Group | Commands |
|---|---|
| Discover | tools, modalities, functions, schema |
| Submit | validate, submit, batch |
| Monitor | jobs, status, wait, results, logs |
| Files | files list, files stats, files upload, files delete, files folders |
| Custom Tools | custom-tools list, get, create, update, validate, build, test, versions, version, logs, cancel, publish, delete |
| Lifecycle | cancel, delete |
| Auth | auth login, auth status, auth logout |
Run tamarind <command> --help for full options.
Configuration
| Setting | Flag | Env var | Default |
|---|---|---|---|
| API key | --api-key |
TAMARIND_API_KEY |
— |
| Job API base | --api-base |
TAMARIND_API_BASE |
https://app.tamarind.bio/api/ |
| Catalog base | --catalog-base |
TAMARIND_CATALOG_BASE |
https://mcp.tamarind.bio |
| Profile | --profile |
TAMARIND_PROFILE |
default |
| AI agent reported to Tamarind | — | TAMARIND_AGENT |
detected; none to send none |
Every request says whether it came from the CLI or the SDK, and which AI agent (Claude Code, Codex, Claude Science, ...) is running it when that can be told from the environment. Tamarind uses this only to count usage by channel and platform.
Profiles (key + endpoints) are stored in ~/.tamarind/config.json. Use a
profile to point at staging:
tamarind --profile staging --api-base https://staging.tamarind.bio/api/ auth login
TAMARIND_PROFILE=staging tamarind tools
Links
- CLI docs — the hosted quickstart and command reference
- MCP server — the hosted option for claude.ai, ChatGPT, and other MCP clients
- API key — get your key and review rate limits
Questions or need help? Contact us at info@tamarind.bio.
License
Licensed under the Apache License 2.0.
Metadata
Release files for tamarind-cli 0.5.0
For a detailed explanation of source distributions (sdists) and built distributions (wheels), please see the package formats documentation.
Source distribution (sdist)
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| tamarind_cli-0.5.0.tar.gz | 220.7 kB | Details |
Built distribution (wheel)
| File | Interpreter | ABI | Platform | Reset |
|---|---|---|---|---|
| tamarind_cli-0.5.0-py3-none-any.whl | Python 3 | none | any | Details |
Total release size: 365.2 kB
Release files / tamarind_cli-0.5.0.tar.gz
| Download URL | tamarind_cli-0.5.0.tar.gz |
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| Tags | Source |
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Yes |
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Transparency logRelease files / tamarind_cli-0.5.0-py3-none-any.whl
| Download URL | tamarind_cli-0.5.0-py3-none-any.whl |
|---|---|
| Size | 144.5 kB |
| Tags | Python 3 |
|
SHA-256 checksum How to use checksums |
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Uploaded using Trusted Publishing? What is trusted publishing? |
Yes |
| Uploaded via |
twine/7.0.0 CPython/3.13.14
|
Provenance
Provenance describes where a file came from. On PyPI, provenance is shared via attestations, which provide a verifiable record of the build or publishing details. View details, limitations and caveats.
PyPI Publish Attestation
PyPI verified that this artifact, at this checksum, originated from the publisher listed below.
Signed by GitHub Actions, verified by PyPI on Oct 12, 2026.
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