class testRandomStringGenerator(XenRTUnitTestCase):
def setUp(self):
self.__rsg = RandomStringGenerator()
def testStringIsReturedFromGenerate(self):
"""Given a call to generate, then expect a string to be returned"""
self.assertIs(type(self.__rsg.generate()), str)
def testRandomStringDefaultLength(self):
"""Given generate creates as string, then check the length is equal
to the generated string length"""
self.assertEqual(self.__rsg.length, len(self.__rsg.generate()))
def testMultipleCallsDoNotGenerateTheSameValue(self):
"""Given multiple calls to generate, when the output is searched
for unique values, then expect none to be found"""
data = [self.__rsg.generate() for _ in range(100)]
uniqueData = set(data)
self.assertEqual(len(data), len(uniqueData))
class testRandomStringGenerator(XenRTUnitTestCase):
def setUp(self):
self.__rsg = RandomStringGenerator()
def testStringIsReturedFromGenerate(self):
"""Given a call to generate, then expect a string to be returned"""
self.assertIs(type(self.__rsg.generate()), str)
def testRandomStringDefaultLength(self):
"""Given generate creates as string, then check the length is equal
to the generated string length"""
self.assertEqual(self.__rsg.length, len(self.__rsg.generate()))
def testMultipleCallsDoNotGenerateTheSameValue(self):
"""Given multiple calls to generate, when the output is searched
for unique values, then expect none to be found"""
data = [self.__rsg.generate() for _ in range(100)]
uniqueData = set(data)
self.assertEqual(len(data), len(uniqueData))
def setUp(self):
self.__rsg = RandomStringGenerator()
def setUp(self):
self.__rsg = RandomStringGenerator()
