class Test(unittest.TestCase):
def setUp(self):
self.me = CyclicWords()
pass
def tearDown(self):
self.me = None
pass
def testNormalCase(self):
valuesBack = self.me.getCyclicGroupings([ 'abc', 'bca', 'cde' ])
assert valuesBack == [['abc', 'bca'], ['cde']]
pass
def testNormal2Case(self):
valuesBack = self.me.getCyclicGroupings([ 'abc', 'cab', 'cde' ])
assert valuesBack == [['abc', 'cab'], ['cde']]
pass
def testExampleCase(self):
valuesBack = self.me.getCyclicGroupings(['abcd', 'bcda' , 'dabc' ,'abba' ,'abab' ])
assert valuesBack == [['abcd', 'bcda' , 'dabc'] ,['abba'] ,['abab' ]]
pass
def testDuplicateInSecondInstanceCase(self):
valuesBack = self.me.getCyclicGroupings([ 'abc', 'cab','bca','cab', 'cde' ])
assert valuesBack == [['abc', 'cab', 'bca'], ['cde']]
pass
def testDupeCase(self):
valuesBack = self.me.getCyclicGroupings([ 'abc', 'abc', 'cde' ])
assert valuesBack == [['abc'], ['cde']]
pass
def testNormalNoneCase(self):
valuesBack = self.me.getCyclicGroupings([ 'acb', 'bca', 'cde' ])
assert valuesBack == [['acb'], ['bca'], ['cde']]
pass
def testNoneCase(self):
valuesBack = self.me.getCyclicGroupings([ 'adc', 'bca', 'cde' ])
assert valuesBack == [['adc'], ['bca'], ['cde']]
pass
def setUp(self):
self.me = CyclicWords()
pass
