dexterity-artisan 0.1.2a3

A domain-agnostic pipeline framework with provenance tracking

Artisan

A Python framework for building computational pipelines with automatic provenance tracking.

Artisan is a set of protocols for composable, scalable, and reproducible computation. Operations declare a contract (typed inputs, typed outputs, parameters) and the framework uses that contract to wire things together, track what produced what, and store results as content-addressed artifacts. The computation inside each operation is a black box: wrap whatever tools you're already using.

Because the contract is explicit and structured, caching, lineage queries, and portability across environments come for free. The same pipeline runs on a laptop or an HPC cluster without changes to the operations themselves.

Status: This project is in early development. APIs may change between releases.

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Why Artisan?

Simple — Define steps, connect outputs to inputs, run. No boilerplate, plain Python.

Extensible — Wrap any tool as an OperationDefinition. Declare inputs and outputs, implement three methods, and the framework handles the rest.

Reproducible — Artifacts are content-addressed and provenance is tracked automatically. Same content, same identity. Every result traces back to the inputs and parameters that produced it.

Scale-invariant — The same pipeline code runs on a laptop or an HPC cluster. Switch from local to SLURM execution with a single parameter.

Queryable — Artifacts, metrics, and provenance live in a single store, accessible as dataframes. No log parsing, no directory archaeology.

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Quick Start

Prerequisites: Python 3.12+, Pixi

# Install Pixi (if needed)
curl -fsSL https://pixi.sh/install.sh | bash

# Clone and install
git clone https://github.com/dexterity-systems/artisan.git
cd artisan

pixi install

# Verify
pixi run python -c "import artisan; print('Artisan installed successfully')"

→ Getting Started guide for detailed setup, Prefect setup, your first pipeline, and the mental model behind the framework.

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Quick Example

from artisan.orchestration import PipelineManager
from artisan.operations.examples import DataGenerator, DataTransformer, MetricCalculator
from artisan.operations.curator import Filter

pipeline = PipelineManager.create(
    name="my_pipeline",
    delta_root="runs/delta",
    staging_root="runs/staging",
    working_root="runs/working",
)
output = pipeline.output

# Generate datasets -> transform -> compute metrics -> filter by score
pipeline.run(operation=DataGenerator, name="generate", params={"count": 5, "seed": 42})
pipeline.run(
    operation=DataTransformer,
    name="transform",
    inputs={"dataset": output("generate", "datasets")},
    params={"scale_factor": 2.0},
)
pipeline.run(
    operation=MetricCalculator,
    name="score",
    inputs={"dataset": output("transform", "dataset")},
)
pipeline.run(
    operation=Filter,
    name="filter",
    inputs={"passthrough": output("transform", "dataset")},
    params={
        "criteria": [
            {"metric": "distribution.median", "operator": "gt", "value": 0.5},
        ]
    },
)

result = pipeline.finalize()

:::{note} This example requires a running Prefect server. See the Getting Started guide for setup instructions. :::

Development Setup

Environments

Pixi manages three environments, all sharing a single dependency solve:

Environment	Activate with	Purpose
default	pixi run …	Core runtime — everything needed to run pipelines
dev	pixi run -e dev …	Testing, linting, formatting, notebooks
docs	pixi run -e docs …	Documentation building (Jupyter Book 2)

Running Tests

pixi run -e dev test              # Unit (sequential) + integration (parallel)
pixi run -e dev test-unit         # Unit tests only
pixi run -e dev test-integration  # Integration tests only (parallel)
pixi run -e dev test-seq          # All tests sequentially (for debugging)

Formatting and Linting

pixi run -e dev fmt               # Ruff format + lint with auto-fix

Shell Completions

Enable tab-completion for pixi commands and tasks:

# Bash — add to ~/.bashrc
echo 'eval "$(pixi completion --shell bash)"' >> ~/.bashrc

# Zsh — add to ~/.zshrc
echo 'eval "$(pixi completion --shell zsh)"' >> ~/.zshrc

Restart your shell or source the file to activate.

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Documentation

pixi run -e docs docs-build       # Build HTML docs
pixi run -e docs docs-serve       # Serve locally at http://localhost:8000
pixi run -e docs docs-clean       # Remove build artifacts

• Getting Started — Installation and first steps
• Tutorials — Interactive notebooks from first steps through advanced patterns
• How-to Guides — Task-oriented guides for building pipelines, writing operations, and more
• Concepts — Architecture, design principles, and system internals
• Reference — API reference and coding conventions

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Claude Code Integration

Artisan includes a Claude Code plugin with skills for scaffolding operations, pipelines, and documentation.

Skill	Description
/write-operation	Scaffold or review an OperationDefinition subclass
/write-composite	Scaffold or review a CompositeDefinition subclass
/write-pipeline	Scaffold a pipeline script composing operations
/write-docs	Write or edit documentation pages, tutorials, and guides

The plugin is included in the repository and activates automatically. Downstream repos can install it by pointing their settings to this repo. See Using Claude Code for details.

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Architecture

Artisan is a domain-agnostic pipeline framework. It handles execution, orchestration, storage, provenance tracking, and the base operation interface. Domain-specific operations extend it by subclassing OperationDefinition.

See Architecture Overview for details.

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Contributing

Contributions are welcome! See CONTRIBUTING.md for guidelines.

• Issue Tracker — Bug reports and feature requests
• Changelog — Release history
• Discussions — Questions and community conversation