def test_200(self):
'represent empty TimeSeries as Element'
obj = TimeSeries(location_id='loc', parameter_id='par')
current = obj._as_element()
self.assertTrue(isinstance(current, ElementTree.Element))
self.assertEquals('series', current.tag)
childElements = [i for i in current.getchildren()]
self.assertEquals(1, len(childElements))
self.assertEquals(['header'], [i.tag for i in childElements])
self.assertEquals({}, current.attrib)
def test_200(self):
'represent empty TimeSeries as Element'
obj = TimeSeries(location_id='loc', parameter_id='par')
current = obj._as_element()
self.assertTrue(isinstance(current, ElementTree.Element))
self.assertEquals('series', current.tag)
childElements = [i for i in current.getchildren()]
self.assertEquals(1, len(childElements))
self.assertEquals(['header'], [i.tag for i in childElements])
self.assertEquals({}, current.attrib)
def test_201(self):
'represent TimeSeries with two events as Element'
obj = TimeSeries(location_id='loc', parameter_id='par')
obj[datetime(1980, 11, 23, 19, 35)] = -1
current = obj._as_element()
self.assertTrue(isinstance(current, ElementTree.Element))
self.assertEquals('series', current.tag)
childElements = [i for i in current.getchildren()]
self.assertEquals(2, len(childElements))
self.assertEquals(['header', 'event'], [i.tag for i in childElements])
self.assertEquals({}, current.attrib)
def test_201(self):
'represent TimeSeries with two events as Element'
obj = TimeSeries(location_id='loc', parameter_id='par')
obj[datetime(1980, 11, 23, 19, 35)] = -1
current = obj._as_element()
self.assertTrue(isinstance(current, ElementTree.Element))
self.assertEquals('series', current.tag)
childElements = [i for i in current.getchildren()]
self.assertEquals(2, len(childElements))
self.assertEquals(['header', 'event'],
[i.tag for i in childElements])
self.assertEquals({}, current.attrib)
