dyadic

The official Python SDK for the Dyadic API: use Iris from Python with streaming, function calling, images and typed errors. Requests use your Dyadic credits.

pip install dyadic

from dyadic import Dyadic

client = Dyadic()  # reads DYADIC_API_KEY
print(client.ask("Hello!", model="iris"))

Keep your key on the server

A Dyadic API key is a long-lived secret that spends your credits. Use it only in server-side code; never put it in a mobile app, a desktop app you ship, or anything that runs in someone else's browser. Front-end code should call your own server, which calls Dyadic.

request() only ever sends the key to the API you configured: a relative path joins base_url, and an absolute URL on any other host, port or scheme (or with credentials in it) raises DyadicError instead of being sent. Redirects are not followed. Plain http:// is accepted only for a local or private-network API (localhost, a private IP, or a single-label name such as dyadic-api).

Retries

GET, HEAD, DELETE and OPTIONS are retried on busy or failing servers. Anything else (a completion, an upload, a run) may already have run, and been billed, when it fails, so it is retried only if it provably never started: the connection was never made, or Dyadic refused it with rate_limit_exceeded or concurrency_limit. Every attempt of one call carries the same Idempotency-Key; pass idempotency_key= to choose it, or idempotent=True to request() for a call that is safe to send twice.

Runs: your own agent, Dyadic's tools, your functions

An application brings its own agent (name and instructions), lets it use Dyadic's built-in tools, and gives it functions it runs itself. runs.run calls your functions whenever the agent asks and returns the finished run.

def lookup_order(order_id):
    """Look up an order by id."""
    return {"order_id": order_id, "status": "shipped"}

lookup_order.schema = {"type": "object", "properties": {"order_id": {"type": "string"}}, "required": ["order_id"]}

run = client.runs.run(
    agent={"id": "helpdesk", "name": "Helpdesk", "instructions": "You answer customers of a small shop."},
    messages=[{"role": "user", "content": "Where is order 1042? Also, what's the weather in Lisbon today?"}],
    builtin_tools=["data.web_search", "data.web_fetch"],
    functions={"lookup_order": lookup_order},
    end_user="customer-17",           # your own id for who asked, kept with the run's usage
    conversation_id="ticket-88",
)
print(run.output_text, run.credits)

runs.create(..., stream=True) streams events (run.started, status, tool.started, tool.completed, sources, image.generated, delta, requires_action, run.completed).

Connected apps: saving into a person's Workspace

With the person's approval, an application can save into their Dyadic Workspace, naming them by the Discord account linked to their Dyadic account.

from dyadic import DyadicError

status = client.connections.discord(discord_id)
if not status.authorized:
    print("Allow this app:", status.authorize_url)   # show the person this link

try:
    saved = client.workspace.saves.create(discord_id=discord_id, kind="message", title="From #general",
                                          text="Worth keeping", url="https://discord.com/channels/1/2/3")
    print(saved.url)
except DyadicError as error:
    if error.code == "authorization_required":
        print("Allow this app:", error.body["authorize_url"])

kind is message, conversation (with messages, saved as a chat the person can continue unless as_chat=False), image or file (with files: base64, up to 10 of 8 MB).

See https://dyadic.app/developers/ for the full guide.