terse-sdk 0.1.10

Python SDK for building jobs on the Terse platform.

terse-sdk

Python SDK for building jobs on the Terse platform.

Most users should start with terse-cli, which scaffolds a project and generates terse_generated.py helpers for the currently supported trigger and skill surface.

Installation

python -m pip install terse-sdk

Runtime API

The SDK provides:

• Terse for runtime job registration
• @app.job(...) for declaring jobs
• TerseAgent for agent runs and deterministic tool execution
• typed event models such as CronJobInputEvent
• hand-written request/response models exported from terse_sdk

Quick Start

from terse_sdk import CronJobInputEvent, SdkAgentStreamEventFinalOutput, Terse
from terse_generated import Schedule, TerseAgent

app = Terse()

@app.job(
    name="example-job",
    triggers=[Schedule.cron("0 9 * * 1")],
    skills=[],
)
def run_job(event: CronJobInputEvent, agent: TerseAgent) -> None:
    prompt = (
        "Tell a joke"
        f"Context: {event.formatted_content}"
    )
    for stream_event in agent.run(prompt, event):
        if isinstance(stream_event, SdkAgentStreamEventFinalOutput):
            print(stream_event.final_output)

Trigger and skill configs come from the generated helpers in terse_generated.py. Run terse init and terse generate to scaffold a project.

Generated Helpers

The SDK package does not generate project helpers by itself.

If you scaffold a project with terse init and then run terse generate, your project gets src/terse_generated.py with the currently supported helpers:

• Schedule.cron(...)
• Attio.skill(...)
• Snowflake.skill(...)
• deterministic wrappers on agent.tools.attio and agent.tools.snowflake

Example inside a generated project:

from terse_generated import Schedule, Snowflake, TerseAgent
from terse_sdk import CronJobInputEvent, Terse

app = Terse()

@app.job(
    name="snowflake-job",
    triggers=[Schedule.cron("0 9 * * 1")],
    skills=[Snowflake.skill()],
)
def example(event: CronJobInputEvent, agent: TerseAgent) -> None:
    result = agent.tools.snowflake.execute_query(query="select current_date()")
    print(result)

Local Development

To test local changes to the SDK in a Terse project, you need to add a uv source override so the resolver uses your local copy instead of PyPI.

From your project directory, run:

link-terse-py

This adds a [tool.uv.sources] entry to your pyproject.toml pointing at the local SDK and runs uv sync:

[tool.uv.sources]
terse-sdk = { path = "/path/to/Terse/packages/terse-python-sdk", editable = true }

To revert back to the published PyPI version:

unlink-terse-py

Why not uv pip install -e? uv manages dependencies declaratively from pyproject.toml + uv.lock. An imperative uv pip install -e gets overwritten the next time uv sync or uv run re-resolves from the lockfile. The source override tells uv's resolver itself to use the local path, so it persists across syncs.

Environment Variables

• TERSE_API_KEY: required for agent runs and deterministic tool execution

Recommended Path

If you want the full project workflow, install the CLI instead:

python -m pip install terse-cli
terse init my-terse-job

Source

• Homepage: useterse.ai