def test_logical_channel(self):
name = u'₩€_name_$$'
ill_val = u'πλζ.test.ζ'
fluor = u'GFP-₹₹'
binning_value = u'Φωλ'
ph_size = 1.11
ph_units = UnitsLength.MICROMETER
ex_wave = 3.34
ex_units = UnitsLength.ANGSTROM
version = 123
zoom = 100
gain = 1010.23
di_model = u'Model_ 123_àÅÉ'
obj = LogicalChannelI()
obj.name = rstring(name)
obj.pinHoleSize = LengthI(ph_size, ph_units)
illumination = IlluminationI()
illumination.value = rstring(ill_val)
obj.illumination = illumination
obj.excitationWave = LengthI(ex_wave, ex_units)
obj.setFluor(rstring(fluor))
ds = DetectorSettingsI()
ds.version = rint(version)
ds.gain = rdouble(gain)
ds.zoom = rdouble(zoom)
binning = BinningI()
binning.value = rstring(binning_value)
ds.binning = binning
obj.detectorSettings = ds
dichroic = DichroicI()
dichroic.model = rstring(di_model)
light_path = LightPathI()
light_path.dichroic = dichroic
obj.lightPath = light_path
class MockChannel(LogicalChannelWrapper):
def __loadedHotSwap__(self):
# Don't need to load data for getLightPath()
pass
channel = MockChannel(None, obj)
assert channel.getName() == name.encode('utf8')
assert channel.name == name
assert channel.getPinHoleSize().getValue() == ph_size
assert channel.getPinHoleSize().getUnit() == ph_units
assert channel.getPinHoleSize().getSymbol() == 'µm'
# Illumination is an enumeration
assert channel.getIllumination().getValue() == ill_val.encode('utf8')
assert channel.getExcitationWave().getValue() == ex_wave
assert channel.getExcitationWave().getUnit() == ex_units
assert channel.getExcitationWave().getSymbol() == 'Å'
assert channel.getFluor() == fluor
assert channel.fluor == fluor
d_settings = channel.getDetectorSettings()
assert d_settings.getVersion() == version
assert d_settings.version == version
assert d_settings.getGain() == gain
assert d_settings.gain == gain
assert d_settings.getZoom() == zoom
assert d_settings.getBinning().getValue() == binning_value
assert d_settings.getBinning().value == binning_value
assert channel.getLightPath().getDichroic().getModel() == di_model
