A domain-agnostic pipeline framework with provenance tracking
Project description
Artisan
A domain-agnostic pipeline framework with automatic provenance tracking. Artisan gives computational tools a common interface and chains them into tracked, repeatable workflows. Every result is automatically linked back to the inputs and parameters that produced it.
Status: This project is in active development (v0.1). APIs may change between releases.
Why Artisan?
Simple — Define steps, connect outputs to inputs, run. No boilerplate, just Python.
Extensible — Wrap any tool as an OperationDefinition. Declare
inputs/outputs, implement three methods, and the framework handles
the rest.
Reproducible — Content-addressed artifacts and dual provenance mean every result traces back to its inputs. Same content = same ID, always.
Scale-invariant — The same pipeline code runs on a laptop or an HPC cluster. Switch from local to SLURM execution with a single parameter — the framework handles batching, job arrays, and resource management automatically.
Structured data — All artifacts, metrics, and provenance are collected in a single store and accessible as dataframes. No parsing log files, no hunting through directory trees — query your results directly.
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')"
# Start the Prefect server (orchestrates pipeline execution)
pixi run prefect-start
IDE Setup (VSCode)
Python Interpreter
Set the Pixi environment as your VSCode Python interpreter:
pixi run which python
# Example output: /home/user/artisan/.pixi/envs/default/bin/python
In VSCode: Ctrl+Shift+P → "Python: Select Interpreter" → paste the path above.
Jupyter Kernel
Register the Pixi environment as a Jupyter kernel so notebooks use the correct packages:
pixi run install-kernel
In VSCode: open a .ipynb file → click "Select Kernel" → choose Artisan.
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",
)
# Generate datasets -> transform -> compute metrics -> filter by score
step0 = pipeline.run(DataGenerator, params={"count": 5, "seed": 42})
step1 = pipeline.run(
DataTransformer,
inputs={"dataset": step0.output("datasets")},
params={"scale_factor": 2.0},
)
step2 = pipeline.run(
MetricCalculator,
inputs={"dataset": step1.output("dataset")},
)
step3 = pipeline.run(
Filter,
inputs={
"passthrough": step1.output("dataset"),
"metrics": step2.output("metrics"),
},
params={
"criteria": [
{"metric": "metrics.mean_score", "operator": "gt", "value": 0.5},
]
},
)
result = pipeline.finalize()
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.
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 your first pipeline
- 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
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.
Project details
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