willitrun 0.1.7

Will your ML model run on your device? Find out in one command.

willitrun

Find the best models for your device

Given a device and task category, willitrun ranks what runs best. Real benchmarks first, scaled estimates as fallback.

Check if a specific model runs on your device

Pick any model by name, HuggingFace ID, or local file. Get a verdict, speed estimate, and memory breakdown instantly.

• Real data first: 556 measured benchmarks across NVIDIA Jetson, Apple Silicon, desktop GPUs, and more.
• Inverse query: given a device, rank the best-performing models for a task category.
• Edge to cloud: Jetson, Apple Silicon, desktop GPUs, SBCs.
• Vision + LLMs: exact benchmark lookup with FLOPs/memory-based estimation as fallback.
• MoE-aware: distinguishes total vs active parameters for memory and speed estimation.
• CLI-first: fast, scriptable, offline-capable once the DB is installed.

Quick Start

pipx install willitrun   # recommended: isolated install
willitrun                # interactive mode

Or with pip:

pip install willitrun
willitrun

Install extras for local file profiling:

pip install willitrun[profiling,onnx]   # PyTorch / ONNX parsing

Supported model inputs

• Model name from DB (yolov8n, resnet50, ...)
• HuggingFace model ID
• Local PyTorch / ONNX file

How it works

Estimation

• Tier 1 (lookup): exact model + device match from the SQLite benchmark DB.
• Tier 2 (estimate): FLOPs/TFLOPS scaling with memory fit check and 20% overhead. MoE models use active parameters for speed and total parameters for memory.

Results from real measurements always rank above estimates. Tier 2 results are clearly labelled.

Data pipeline

• Raw (immutable cache): ingest scripts store HTTP responses in data/raw/{source}/ with configurable TTL.
• Normalized: scripts parse raw data into JSONL at data/normalized/{source}.jsonl using the BenchmarkRecord schema (willitrun/pipeline/schema.py).
• Serving: make build_db validates, deduplicates by source priority, and writes data/benchmarks.db. The packaged copy in willitrun/data/ is refreshed before each release.

Commands

willitrun                                      # interactive mode
willitrun <model> --device <device>            # model check
willitrun --device <device> --task <category>  # best models for device
willitrun --list-devices
willitrun --list-models
willitrun <model> --device <device> --json

Pipeline (data contributors):

make fetch       # run all ingests (respects cache TTL)
make build_db    # normalized -> SQLite + metadata
make status      # coverage summary + gaps
make wheel       # rebuild DB, sync into package, build wheel

Contributing data

1. Add benchmarks: append JSON lines to data/normalized/<source>.jsonl following BenchmarkRecord.
2. Add devices/models: edit data/devices.yaml / data/models.yaml.
3. Rebuild: make build_db.
4. Run tests: pytest.
5. Open a PR with the updated normalized file(s), DB, and metadata.

Development

pip install -e ".[dev]"
make build_db
pytest

Limitations

• Tier 2 estimates rely on available reference benchmarks; uncommon model/device combos may show wider ranges.
• Ingest scripts need network access; cached raw files avoid re-fetching within TTL.

Roadmap

• More benchmark data (community PRs welcome!)
• Web frontend for shareability
• Training memory estimation
• Multi-GPU / model parallelism awareness
• Auto-detect local hardware

License

MIT