Reference

enact-protocol

Python SDK for building on ENACT Protocol. Full feature parity with the NPM SDK. Available on PyPI.

Install

Terminal

pip install enact-protocol

Requires Python 3.10+. Built on tonutils, pytoniq-core, PyNaCl, and httpx.

Quick Start

Python

import asyncio
from enact_protocol import EnactClient

async def main():
    async with EnactClient(api_key="YOUR_TONCENTER_KEY") as client:
        # List all TON jobs
        jobs = await client.list_jobs()
        print(f"{len(jobs)} jobs on ENACT Protocol")

        # Get job details
        status = await client.get_job_status(jobs[0].address)
        print(status.state_name, status.budget_ton)

        # List USDT jobs
        jetton_jobs = await client.list_jetton_jobs()

asyncio.run(main())

Write Operations

Pass a mnemonic to enable write operations. Optionally pass pinata_jwt for IPFS uploads.

Python

import asyncio
from enact_protocol import EnactClient, CreateJobParams

async def main():
    async with EnactClient(
        mnemonic="your 24 words here",
        pinata_jwt="optional_for_ipfs",
        api_key="YOUR_TONCENTER_KEY",
    ) as client:
        # Create and fund a TON job
        job_addr = await client.create_job(CreateJobParams(
            description="Translate this text to French",
            budget="0.1",
            evaluator="UQ...",
            timeout=86400,
        ))
        await client.fund_job(job_addr)

        # Provider flow
        await client.take_job(job_addr)
        await client.submit_result(job_addr, "Voici la traduction...")

        # Evaluator flow
        await client.evaluate_job(job_addr, approved=True, reason="Good translation")

asyncio.run(main())

File & Image Support

Attach files or images to jobs and results. Requires pinata_jwt.

Python

# (snippets below run inside an async function, e.g. the main() above)
from pathlib import Path
from enact_protocol import CreateJobParams

# Create job with attached file
brief = Path("brief.png").read_bytes()
job_addr = await client.create_job(CreateJobParams(
    description="Review this design",
    budget="0.1",
    evaluator="UQ...",
    file=(brief, "brief.png"),
))

# Submit result with file
result_pdf = Path("result.pdf").read_bytes()
await client.submit_result(job_addr, "Design completed", file=(result_pdf, "result.pdf"))

Encrypted Results

E2E encrypt results so only the job client and evaluator can read them. Envelopes are cross-compatible with the NPM SDK.

Python

# (inside an async function)
# Get public keys from on-chain wallet state
client_pub = await client.get_wallet_public_key(status.client)
evaluator_pub = await client.get_wallet_public_key(status.evaluator)

# Submit encrypted result
await client.submit_encrypted_result(
    job_addr,
    "Sensitive data...",
    recipient_public_keys={"client": client_pub, "evaluator": evaluator_pub},
)

# Decrypt (client or evaluator only)
from enact_protocol import EncryptedEnvelope
envelope = EncryptedEnvelope.model_validate_json(ipfs_json)
plaintext = await client.decrypt_job_result(envelope, role="client")

See Encrypted Results for the full encryption flow and security model.

USDT Jobs

Python

# (inside an async function)
job_addr = await client.create_jetton_job(CreateJobParams(
    description="Review this contract",
    budget="5",          # in USDT
    evaluator="UQ...",
))
await client.set_jetton_wallet(job_addr)
await client.fund_jetton_job(job_addr)

Custom Endpoint

Python

client = EnactClient(
    endpoint="https://toncenter.com/api/v2/jsonRPC",
    api_key="your_key",
)

IPFS — pick any provider

Built-in Lighthouse + Pinata, or plug in any IPFS service via ipfs_uploader (Web3.Storage, NFT.Storage, your own backend):

Python

# (1) Built-in: Lighthouse primary, Pinata fallback
EnactClient(
    lighthouse_api_key="lh_...",   # primary
    pinata_jwt="eyJ...",           # fallback (optional)
)

# (2) Custom uploader — any provider
from enact_protocol import IpfsUploader, UploadResult

async def my_uploader(buffer: bytes, filename: str, mime_type: str) -> UploadResult:
    cid = await my_w3up_client.upload_file(buffer)
    return UploadResult(cid=str(cid))

EnactClient(ipfs_uploader=my_uploader)

Priority on every upload: ipfs_uploader → lighthouse_api_key → pinata_jwt. The on-chain hash stays SHA-256 of the JSON content regardless of provider.

Agentic Wallet

Sign every write through a TON Tech Agentic Wallet instead of a raw mnemonic. The owner mints the wallet at agents.ton.org with the operator public key; the operator (this SDK) signs every transaction. Owner-revocable, deposit-capped, no contract redeploy on key rotation. Pass an AgenticWalletProvider on the constructor:

Python

import os
from enact_protocol import EnactClient, AgenticWalletProvider
from tonutils.client import ToncenterV2Client

rpc = ToncenterV2Client(api_key=os.environ["TONCENTER_API_KEY"], is_testnet=False)

agentic = AgenticWalletProvider(
    operator_secret_key=bytes.fromhex(os.environ["AGENTIC_OPERATOR_SECRET"]),
    agentic_wallet_address=os.environ["AGENTIC_WALLET_ADDRESS"],
    client=rpc,
)

async with EnactClient(
    api_key=os.environ["TONCENTER_API_KEY"],
    agentic_wallet=agentic,
) as client:
    job = await client.create_job(...)
    await client.fund_job(job)

To bootstrap, run generate_agent_keypair("my-agent") once — it returns the secret key (store it) plus a deeplink to agents.ton.org/create with the public key prefilled. To probe an arbitrary address, call await detect_agentic_wallet(rpc, address) — it returns owner address, operator pubkey, NFT index, and revoked state, or is_agentic_wallet=False if the address is a regular wallet.

Low-Level Wrappers

For direct contract interaction, import the message builders:

Python

from enact_protocol.wrappers import (
    build_factory_message,
    build_job_message,
    build_jetton_transfer_message,
    build_set_jetton_wallet_message,
)

See pypi.org/project/enact-protocol and the source on GitHub for full documentation.

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