maestro-framework 0.1.0

MAESTRO — Modular Automotive Embedded System Test, Reporting & Orchestration: an offline-capable platform for automotive Hardware-in-the-Loop (HIL) and embedded device testing (visual designer + pytest engine + server + web UI + mini-tools).

MAESTRO

Modular Automotive Embedded System Test, Reporting & Orchestration.

MAESTRO is an open-source, offline-capable test-automation platform for automotive Hardware-in-the-Loop (HIL) and embedded device testing. Like a maestro leading an orchestra, it conducts your devices, scenarios, and endurance cycles from one visual canvas — fitting for automotive infotainment, where the head unit conducts the vehicle's audio, video, and connectivity.

Design test cases visually on a canvas (no code), run them on real or fake devices through a pytest engine, and get detailed step-level reports with inline attachments and first-class endurance/stability cycles. Results can be emailed and pushed to Jira/Xray.

Install

pip install maestro-framework
# optional: real webcam capture (OpenCV / DirectShow)
pip install "maestro-framework[hardware]"

Run

maestro

This starts the API and serves the bundled web UI, then opens your browser.

Headless (no server / no UI)

maestro-core run scenario.json --bench bench.toml

Mini-tools (drive a device without the framework)

maestro-tool list
maestro-tool invoke turbossh --command "uname -a" --set host=10.0.0.5 --set user=root

MAESTRO calls your existing device tools (turboadb, turbossh, power/DLT scripts) through thin adapters — keep them on PATH. A hardware-free demo bench of fake drivers is included so everything runs end to end with no hardware.

Installs as maestro-framework; the Python modules are maestro_core, maestro_server, and maestro_tools, and the console commands are maestro, maestro-core, and maestro-tool.

License: MIT © 2026 Naveen Daniel Kennedy