def testStarCompareEmptyStarsPlanetN(self):
comparator = Comparator(self.EStar1, self.EStar2, "eu")
result = comparator.starCompare()
self.assertEqual(result["planetN"]["left"], [])
self.assertEqual(result["planetN"]["right"], [])
def testStarCompareWithNonStarObjects(self):
comparator = Comparator(self.planet1, self.planet2, "eu")
try:
comparator.starCompare()
except ObjectTypeIncompatibleException:
self.assertTrue(True)
def testStarCompareEmptyStarsStarC(self):
comparator = Comparator(self.EStar1, self.EStar2, "eu")
result = comparator.starCompare()
self.assertEqual(result["starC"], {})
def testStarCompareStarWithOneFieldPlanetA(self):
comparator = Comparator(self.Star1, self.Star2, "eu")
result = comparator.starCompare()
planetA = result["planetA"]
answer = {"planet1": self.planet1, "planet3": self.planet3}
self.assertEqual(planetA, answer)
def testStarCompareStarWithOneFieldPlanetDC(self):
comparator = Comparator(self.Star1, self.Star2, "eu")
result = comparator.starCompare()
planetDC = result["planetDC"]
answer = {}
self.assertEqual(planetDC, answer)
def testStarCompareStarWithOneFieldStarN2(self):
comparator = Comparator(self.Star1, self.Star2, "eu")
result = comparator.starCompare()
planetN = result["planetN"]
answer = {"left": [], "right": [self.planet4]}
self.assertEqual(planetN, answer)
def testStarCompareStarWithOneFieldStarN(self):
comparator = Comparator(self.Star1, self.Star2, "eu")
result = comparator.starCompare()
starN = result["starN"]
answer = {"data": ["mass"], "left": [100.0], "right": [112.0]}
self.assertEqual(starN, answer)
def testStarCompareStarWithOneFieldStarC(self):
comparator = Comparator(self.Star1, self.Star2, "eu")
result = comparator.starCompare()
starC = result["starC"]
answer = {"mass": (100.0, 112.0)}
self.assertEqual(starC, answer)