def test_converter_serialize(self):
a_property_set = PropertySet('Test')
a_property_set.properties.append(Property('Test', 100))
self.assertEqual(
Converter.serialize(a_property_set),
'{"name": "Test", "type": "PropertySet", "properties": ['
'{"name": "Test", "value": 100, "type": "Property"}]}')
def test_property_create(self):
a_property = Property('Test', 100)
self.assertEquals(a_property.type, 'Property')
self.assertEquals(a_property.name, 'Test')
self.assertEquals(a_property.value, 100)
def test_composer_doFile_demo_input_pretty(self):
#doIt(self, listOfSets, pretty)
print "DoFile Test mit den Bereitgestellten Testdaten"
property_set = PropertySet('Test Property Set 1')
property_set.properties.append(Property('Width', 100))
property_set.properties.append(Property('Height', 100))
property_set.properties.append(Property('ThermalTransmittance', 0.9))
property_set.properties.append(Property('FireResistance', 'Class 4'))
property_set.properties.append(Property('WindLoadRating', 'Class 3'))
listOfSets = []
listOfSets.append(property_set)
a_composer = PropertySetToJsonComposer()
a_composer.doFile(listOfSets, 1, "./demodata/demo_pretty.json")
actual = hashlib.md5(open("./demodata/demo_pretty.json",
'rb').read()).hexdigest()
self.assertEquals("500fa32457f264fc2e32129b31f7e944", actual)
def test_composer_doprint_demo_input(self):
#doIt(self, listOfSets, pretty)
print "DoPrint Test mit den Bereitgestellten Testdaten"
property_set = PropertySet('Test Property Set 1')
property_set.properties.append(Property('Width', 100))
property_set.properties.append(Property('Height', 100))
property_set.properties.append(Property('ThermalTransmittance', 0.9))
property_set.properties.append(Property('FireResistance', 'Class 4'))
property_set.properties.append(Property('WindLoadRating', 'Class 3'))
listOfSets = []
listOfSets.append(property_set)
a_composer = PropertySetToJsonComposer()
a_composer.doPrint(listOfSets, 0)
a_composer.doFile(listOfSets, 0, "./demodata/demo_md5.json")
actual = hashlib.md5(open("./demodata/demo_md5.json",
'rb').read()).hexdigest()
self.assertEquals("5ce5fe11238323764e8d9c81d736310d", actual)
def test_property_repr(self):
a_property0 = Property('Test', 100)
self.assertEqual(a_property0.__repr__(),
'{"name": "Test", "value": 100, "type": "Property"}')
a_property1 = Property('Test', 1.23)
self.assertEqual(
a_property1.__repr__(),
'{"name": "Test", "value": 1.23, "type": "Property"}')
a_property2 = Property('Test', "test")
self.assertEqual(
a_property2.__repr__(),
'{"name": "Test", "value": "test", "type": "Property"}')
def test_propertyset_repr(self):
a_property_set = PropertySet('Test')
self.assertEqual(
a_property_set.__repr__(),
'{"name": "Test", "type": "PropertySet", "properties": []}')
a_property_set.properties.append(Property('Test', 100))
self.assertEqual(
a_property_set.__repr__(),
'{"name": "Test", "type": "PropertySet", "properties": ['
'{"name": "Test", "value": 100, "type": "Property"}]}')
def createProps(self, keyValues):
x = []
print keyValues
if (self.allowIncomplete == 1
or ("name" in keyValues and "value" in keyValues
and "type" in keyValues)):
name = self.__readValue(keyValues, "name")
value = self.__readValue(keyValues, "value")
type = self.__readValue(keyValues, "type")
if (self.allowIncomplete == 1 or
(type == Property.DEFAULT_TYPE and self.__checkIsNotEmpty(name)
and self.__checkIsNotEmpty(value))):
x.append(Property(name, value))
else:
print("Fail: ", name, " Property-Data ignored")
else:
print("Property corrupt", keyValues)
return x