def test_NumericMetricDescriptorContainer(self):
dc = descriptorcontainers.NumericMetricDescriptorContainer(
nsmapper=self.nsmapper,
nodeName='MyDescriptor',
handle='123',
parentHandle='456',
)
self.assertEqual(dc.Resolution, None)
self.assertEqual(dc.AveragingPeriod, None)
def test_AbstractMetricStateContainer_Final(self):
dc = descriptorcontainers.NumericMetricDescriptorContainer(
nsmapper=self.nsmapper,
nodeName='MyDescriptor',
handle='123',
parentHandle='456')
sc = statecontainers.NumericMetricStateContainer(
nsmapper=self.nsmapper, descriptorContainer=dc, node=None)
self.assertEqual(sc.ActivationState, 'On')
for value in ('foo', 'bar'):
sc.ActivationState = value
self.assertEqual(sc.ActivationState, value)
node = sc.mkStateNode()
self.assertEqual(node.get('ActivationState'), value)
self.assertEqual(sc.ActiveDeterminationPeriod, None)
for value in (21, 42):
sc.ActiveDeterminationPeriod = value
self.assertEqual(sc.ActiveDeterminationPeriod, value)
node = sc.mkStateNode()
self.assertEqual(
node.get('ActiveDeterminationPeriod'),
containerproperties.DurationConverter.toXML(value))
sc.BodySite = [pmtypes.CodedValue('ABC')]
sc.PhysicalConnector = pmtypes.PhysicalConnectorInfo(
[pmtypes.LocalizedText('ABC')], 1)
# test creation from node
node = sc.mkStateNode()
sc2 = statecontainers.NumericMetricStateContainer(
nsmapper=self.nsmapper, descriptorContainer=dc, node=node)
self.assertEqual(sc.ActivationState, sc2.ActivationState)
self.assertEqual(sc.ActiveDeterminationPeriod,
sc2.ActiveDeterminationPeriod)
self.assertEqual(sc.BodySite, sc2.BodySite)
self.assertEqual(sc.PhysicalConnector, sc2.PhysicalConnector)
self._verifyAbstractStateContainerDataEqual(sc, sc2)
# test update from Node
sc.ActivationState = 'something else'
sc.ActiveDeterminationPeriod += 1
sc.BodySite = [pmtypes.CodedValue('DEF')]
sc.PhysicalConnector = pmtypes.PhysicalConnectorInfo(
[pmtypes.LocalizedText('DEF')], 2)
sc.incrementState()
node = sc.mkStateNode()
sc2.updateFromNode(node)
self.assertEqual(sc.ActivationState, sc2.ActivationState)
self.assertEqual(sc.BodySite, sc2.BodySite)
self.assertEqual(sc.PhysicalConnector, sc2.PhysicalConnector)
self.assertEqual(sc.ActiveDeterminationPeriod,
sc2.ActiveDeterminationPeriod)
self._verifyAbstractStateContainerDataEqual(sc, sc2)
def test_NumericMetricStateContainer(self):
dc = descriptorcontainers.NumericMetricDescriptorContainer(
nsmapper=self.nsmapper,
nodeName='MyDescriptor',
handle='123',
parentHandle='456')
sc = statecontainers.NumericMetricStateContainer(
nsmapper=self.nsmapper, descriptorContainer=dc, node=None)
sc.mkMetricValue()
self.assertTrue(isinstance(sc.metricValue, pmtypes.NumericMetricValue))
sc.metricValue.Value = 42.21
sc.metricValue.StartTime = 1234567.21
sc.metricValue.StopTime = sc.metricValue.StartTime + 10
sc.metricValue.DeterminationTime = sc.metricValue.StartTime + 20
sc.metricValue.Validity = 'Vld'
sc.ActiveAveragingPeriod = 42
sc.PhysiologicalRange = [
pmtypes.Range(1, 2, 3, 4, 5),
pmtypes.Range(10, 20, 30, 40, 50)
]
node = sc.mkStateNode()
#test creation from node
sc2 = statecontainers.NumericMetricStateContainer(
nsmapper=self.nsmapper, descriptorContainer=dc, node=node)
# verify also that mkStateNode on receiving sc does not change anything
for dummy in range(1):
self.assertEqual(sc.metricValue.Value, sc2.metricValue.Value)
self.assertEqual(sc.metricValue.StartTime,
sc2.metricValue.StartTime)
self.assertEqual(sc.metricValue.StopTime, sc2.metricValue.StopTime)
self.assertEqual(sc.metricValue.DeterminationTime,
sc2.metricValue.DeterminationTime)
self.assertEqual(sc.metricValue.Validity, sc2.metricValue.Validity)
self.assertEqual(sc.ActiveAveragingPeriod,
sc2.ActiveAveragingPeriod)
self.assertEqual(sc.PhysiologicalRange, sc2.PhysiologicalRange)
self._verifyAbstractStateContainerDataEqual(sc, sc2)
sc.mkStateNode()
#test update from node
sc.metricValue.Value += 1
sc.incrementState()
sc.ActiveAveragingPeriod = 24
sc.PhysiologicalRange[1].Lower = 100
node = sc.mkStateNode()
sc2.updateFromNode(node)
self.assertEqual(sc.metricValue.Value, sc2.metricValue.Value)
self.assertEqual(sc.ActiveAveragingPeriod, sc2.ActiveAveragingPeriod)
self.assertEqual(sc.PhysiologicalRange, sc2.PhysiologicalRange)
self._verifyAbstractStateContainerDataEqual(sc, sc2)