def setUp(self): hop = Hop() hop.counts = 10 hop.settle = 3 p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar39') hop.positions = [p1, p2] hop2 = Hop() hop2.counts = 100 hop2.settle = 30 p1 = Position(detector='L1', isotope='Ar40') p2 = Position(detector='L2', isotope='Ar39') hop2.positions = [p1, p2] self.hop_sequence = HopSequence(hops=[hop, hop2])
class HopTestCase(unittest.TestCase): def setUp(self): self.hop = Hop() def test_validate_hop_fail(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar40') self.hop.positions = [p1, p2] self.assertEqual(self.hop.validate_hop(), False) self.assertEqual(self.hop.error_message, 'Multiple Isotopes: Ar40') def test_validate_hop_fail2(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H1', isotope='Ar39') self.hop.positions = [p1, p2] self.assertEqual(self.hop.validate_hop(), False) self.assertEqual(self.hop.error_message, 'Multiple Detectors: H1') def test_validate_hop_fail3(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H1', isotope='Ar39') p3 = Position(detector='H2', isotope='Ar40') p4 = Position(detector='H2', isotope='Ar39') self.hop.positions = [p1, p2, p3, p4] self.assertEqual(self.hop.validate_hop(), False) self.assertEqual( self.hop.error_message, 'Multiple Isotopes: Ar40, Ar39; Multiple Detectors: H1, H2') def test_validate_hop_pass(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar39') self.hop.positions = [p1, p2] self.assertEqual(self.hop.validate_hop(), True) self.assertEqual(self.hop.error_message, '') def test_to_string(self): self.hop.counts = 10 self.hop.settle = 3 p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar39') self.hop.positions = [p1, p2] self.assertEqual(self.hop.to_string(), "('Ar40:H1, Ar39:H2', 10, 3)") def test_parse_hopstr(self): hs = 'Ar40:H1:10, Ar39:AX, Ar36:CDD' self.hop.parse_hopstr(hs) self.assertEqual(len(self.hop.positions), 3)
class HopTestCase(unittest.TestCase): def setUp(self): self.hop = Hop() def test_validate_hop_fail(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar40') self.hop.positions = [p1, p2] self.assertEqual(self.hop.validate_hop(), False) self.assertEqual(self.hop.error_message, 'Multiple Isotopes: Ar40') def test_validate_hop_fail2(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H1', isotope='Ar39') self.hop.positions = [p1, p2] self.assertEqual(self.hop.validate_hop(), False) self.assertEqual(self.hop.error_message, 'Multiple Detectors: H1') def test_validate_hop_fail3(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H1', isotope='Ar39') p3 = Position(detector='H2', isotope='Ar40') p4 = Position(detector='H2', isotope='Ar39') self.hop.positions = [p1, p2, p3, p4] self.assertEqual(self.hop.validate_hop(), False) self.assertEqual(self.hop.error_message, 'Multiple Isotopes: Ar40, Ar39; Multiple Detectors: H1, H2') def test_validate_hop_pass(self): p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar39') self.hop.positions = [p1, p2] self.assertEqual(self.hop.validate_hop(), True) self.assertEqual(self.hop.error_message, '') def test_to_string(self): self.hop.counts = 10 self.hop.settle = 3 p1 = Position(detector='H1', isotope='Ar40') p2 = Position(detector='H2', isotope='Ar39') self.hop.positions = [p1, p2] self.assertEqual(self.hop.to_string(), "('Ar40:H1, Ar39:H2', 10, 3)") def test_parse_hopstr(self): hs = 'Ar40:H1:10, Ar39:AX, Ar36:CDD' self.hop.parse_hopstr(hs) self.assertEqual(len(self.hop.positions), 3)
def setUp(self): self.hop = Hop()