Real-Time or Offline Test Sync?
When developing or running tests in connected environments, you want to see results immediately. But testing doesn’t always happen online and offline uploads need to be possible, too. Our new release improves both scenarios.
Online Streaming
In connected environments, you want test results instantly, not after they finish. Our new release introduces real-time streaming for OpenHTF test scripts, powered by a new secure real-time infrastructure. Tests appear on your TofuPilot Runs page as soon as they start, with real-time step status tracking.
No code changes are needed on your side—just update the TofuPilot Python client, and live streaming kicks in automatically.
Offline Synch
TofuPilot now offers improved support for offline uploads when test stations aren’t directly connected, allowing offline uploads without losing accuracy. With the optional “started_at” field, analytics reflect the actual test date instead of the upload date, and upload capacity is now up to 1,000 runs per minute.
import random from datetime import datetime, timedelta from tofupilot import TofuPilotClient client = TofuPilotClient() def simulate_test_result(yield_percentage): return random.random() < (yield_percentage / 100.0) def battery_connection(): passed = simulate_test_result(100) return passed, None, None, None, None def check_voltage(): passed = simulate_test_result(100) value_measured = ( round(random.uniform(10.1, 12.0), 0) if passed else round(random.uniform(14.4, 15.0), 1) ) return passed, value_measured, "V", None, 13 def flash_firmware(): passed = simulate_test_result(90) value_measured = "1.2.4" if passed else "1.2.0" return passed, value_measured, None, None, None # Running Tests def run_test(test, duration): start_time = datetime.now() - timedelta(days=1) passed, value_measured, unit, limit_low, limit_high = test() step = { "name": test.__name__, "started_at": start_time, "duration": duration, "step_passed": passed, "measurement_unit": unit, "measurement_value": value_measured, "limit_low": limit_low, "limit_high": limit_high, } return step def run_all_tests(): tests = [ (flash_firmware, timedelta(minutes=3, seconds=32)), (battery_connection, timedelta(seconds=8)), (check_voltage, timedelta(seconds=3)), ] steps = [] total_duration = timedelta(0) for test, duration in tests: step = run_test(test, duration) steps.append(step) total_duration += duration return steps, total_duration def handle_test(): random_digits = "".join([str(random.randint(0, 9)) for _ in range(5)]) serial_number = f"SI0364B{random_digits}" # Exécuter tous les tests steps, total_duration = run_all_tests() # Créer un rapport de test client.create_run( procedure_id="FVT9", unit_under_test={ "part_number": "SI0364", "revision": "B", "batch_number": "01-25", "serial_number": serial_number, }, run_passed=all(step["step_passed"] for step in steps), started_at=datetime.now() - timedelta(days=1), steps=steps, ) if __name__ == "__main__": handle_test()
Check out our new documentation page for more on this use case.
Updated Docs
We’ve revamped the TofuPilot docs with insights from our work on openhtf.org. You’ll find new guides, feature and code examples to help you get the most out of TofuPilot.
