def test_character_value_collapses_range_when_min_equals_max(self):
character = Character(short_name='sepal_number_ap',
name='Sepal number',
friendly_name='Sepal number',
character_group_id=0,
value_type='LENGTH',
unit='NA')
character.save()
character_value = CharacterValue(character=character,
value_min=2.0,
value_max=2.0)
character_value.save()
expected_value = '2'
actual_value = _format_character_value(character_value)
self._assert_unicode_equal(expected_value, actual_value)
def test_character_value_collapses_range_when_min_equals_max(self):
character = Character(short_name='sepal_number_ap',
name='Sepal number',
friendly_name='Sepal number',
character_group_id=0,
value_type='LENGTH',
unit='NA')
character.save()
character_value = CharacterValue(character=character,
value_min=2.0,
value_max=2.0)
character_value.save()
expected_value = u'2'
actual_value = _format_character_value(character_value)
self._assert_unicode_equal(expected_value, actual_value)
def test_character_value_displays_numeric_range(self):
character = Character(short_name='leaf_blade_length_ap',
name='Leaf blade length',
friendly_name='Leaf blade length',
character_group_id=0,
value_type='LENGTH',
unit='cm')
character.save()
character_value = CharacterValue(character=character,
value_min=200.0,
value_max=2500.0)
character_value.save()
expected_value = '200\u20132500 cm'
actual_value = _format_character_value(character_value)
self._assert_unicode_equal(expected_value, actual_value)
def test_character_value_displays_numeric_range(self):
character = Character(short_name='leaf_blade_length_ap',
name='Leaf blade length',
friendly_name='Leaf blade length',
character_group_id=0,
value_type='LENGTH',
unit='cm')
character.save()
character_value = CharacterValue(character=character,
value_min=200.0,
value_max=2500.0)
character_value.save()
expected_value = u'200\u20132500 cm'
actual_value = _format_character_value(character_value)
self._assert_unicode_equal(expected_value, actual_value)
