from scanivalve_mps.mps import MPS
from datetime import datetime
MPS_HOST = "191.30.90.1"
mps = MPS(MPS_HOST)
if not mps.status() == 'ready':
raise RuntimeError('MPS is not ready; try again later.')
print('Starting zero calibration. This will take 15 seconds or so...')
mps.calibrate_zero()
print('Calibration done.')
now = datetime.now()
print('Setting time to ', now)
res = mps.set_time(now)
mps.set_format('csv')
mps.set_frames_per_scan(FRAMES_PER_SCAN)
mps.set_rate(RATE)
mps.set_scan_units('PA')
output_file = 'run_' + now.strftime('%Y-%m-%d_%H_%M_%S') + '.csv'
mps.scan_to_csv(output_file)
mps.disconnect()
print('Data written to ' + output_file)
input()
def test_mps_calibrate_zero():
time.sleep(0.2)
mps = MPS(HOST)
mps.calibrate_zero()
assert True
mps.disconnect()
def test_mps_version():
time.sleep(0.2)
mps = MPS(HOST)
version = mps.version()
assert 'MPS Scanivalve' in version
mps.disconnect()
def test_mps_status():
time.sleep(0.2) # sleep to make sure the socket is closed from previous test
mps = MPS(HOST)
status = mps.status()
assert type(status) is str
mps.disconnect()
def test_mps_bootloader_version():
time.sleep(0.2) # sleep to make sure the socket is closed from previous test
mps = MPS(HOST)
assert 'BOOTLOADER VERSION' in mps.bootloader_version()
mps.disconnect()
def test_mps_init():
mps = MPS(HOST)
assert type(mps) is MPS
mps.disconnect()