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import pytest
from lab_control.sds1000xe import SDS1000XE
from lab_control.test.mock_sds1000xe_device import MockSDS1000XEDevice
MOCK_DEVICE_IP = "127.0.0.1"
@pytest.fixture
def mockDevice():
d = MockSDS1000XEDevice()
yield d
d.stop()
@pytest.fixture
def uut(mockDevice):
return SDS1000XE(MOCK_DEVICE_IP)
def checkFloatMeasurement(testValues, setValue, measureValue):
for channel in SDS1000XE.AVAILABLE_CHANNELS:
for value in testValues:
setValue(channel, value)
measuredValue = measureValue(channel)
assert measuredValue == value
def test_amplitudeMeasurement(uut, mockDevice):
testValues = [16.23987, 0.0, -0.0164, 10.1]
checkFloatMeasurement(testValues, mockDevice.setAmplitude, uut.measureAmplitude)
def test_peakToPeakMeasurement(uut, mockDevice):
testValues = [16.23987, 0.0, -0.0164, 10.1]
checkFloatMeasurement(testValues, mockDevice.setPeakToPeak, uut.measurePeakToPeak)
def test_RMSMeasurement(uut, mockDevice):
testValues = [16.23987, 0.0, -0.0164, 10.1]
checkFloatMeasurement(testValues, mockDevice.setRMS, uut.measureRMS)
def test_frequencyMeasurement(uut, mockDevice):
testValues = [16.23987, 0.0, -0.0164, 93489.15]
checkFloatMeasurement(testValues, mockDevice.setFrequency, uut.measureFrequency)
def test_invalidChannel(uut, mockDevice):
# Channel is checked by the UUT before the request is sent
testCases = [-1, 0, 5, None]
testMethods = [uut.measureAmplitude, uut.measurePeakToPeak, uut.measureRMS, uut.measureFrequency]
for t in testCases:
for m in testMethods:
with pytest.raises(AssertionError):
m(t)
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