def test_model_B(self):
modelb = 'RPI/B'
self.assertIn('Beta', getrpi('Beta'))
self.assertEqual(getrpi('0002'), modelb)
self.assertEqual(getrpi('0003'), modelb)
self.assertEqual(getrpi('0004'), modelb)
self.assertEqual(getrpi('0005'), modelb)
self.assertEqual(getrpi('0006'), modelb)
self.assertEqual(getrpi('000D'), modelb)
self.assertEqual(getrpi('000E'), modelb)
self.assertEqual(getrpi('000F'), modelb)
def test_model_B(self):
modelb='RPI/B'
self.assertIn('Beta', getrpi('Beta'))
self.assertEqual(getrpi('0002'), modelb)
self.assertEqual(getrpi('0003'), modelb)
self.assertEqual(getrpi('0004'), modelb)
self.assertEqual(getrpi('0005'), modelb)
self.assertEqual(getrpi('0006'), modelb)
self.assertEqual(getrpi('000D'), modelb)
self.assertEqual(getrpi('000E'), modelb)
self.assertEqual(getrpi('000F'), modelb)
def test_overclocked_models(self):
for m in range(7, 9):
model_name = getrpi('100{}'.format(m)).split()
self.assertIn ('RPI/A', model_name)
# Model A+ overclocked
model_aplus=getrpi('1012')
self.assertIn ('RPI/A+', model_aplus)
expected_model_b='RPI/B'
for m in range(2, 6):
model_name = getrpi('100{}'.format(m)).split()
self.assertIn (expected_model_b, model_name)
self.assertEqual(getrpi('100D'), expected_model_b)
self.assertEqual(getrpi('100E'), expected_model_b)
self.assertEqual(getrpi('100F'), expected_model_b)
self.assertEqual(getrpi('1010'), 'RPI/B+')
self.assertEqual(getrpi('1011'), 'RPI/Compute')
def test_overclocked_models(self):
for m in range(7, 9):
model_name = getrpi('100{}'.format(m)).split()
self.assertIn('RPI/A', model_name)
# Model A+ overclocked
model_aplus = getrpi('1012')
self.assertIn('RPI/A+', model_aplus)
expected_model_b = 'RPI/B'
for m in range(2, 6):
model_name = getrpi('100{}'.format(m)).split()
self.assertIn(expected_model_b, model_name)
self.assertEqual(getrpi('100D'), expected_model_b)
self.assertEqual(getrpi('100E'), expected_model_b)
self.assertEqual(getrpi('100F'), expected_model_b)
self.assertEqual(getrpi('1010'), 'RPI/B+')
self.assertEqual(getrpi('1011'), 'RPI/Compute')
def test_model_zero(self):
self.assertEqual(getrpi('900092'), 'RPI/Zero')
def test_model_rpi2(self):
self.assertEqual(getrpi('A01041'), 'RPI/2/B')
self.assertEqual(getrpi('A21041'), 'RPI/2/B')
def test_compute_module(self):
self.assertEqual(getrpi('0011'), 'RPI/Compute')
def test_model_B_plus(self):
self.assertEqual(getrpi('0010'), 'RPI/B+')
self.assertEqual(getrpi('0013'), 'RPI/B+')
def test_module_a_plus(self):
self.assertEqual(getrpi('0012'), 'RPI/A+')
def test_module_a_plus(self):
self.assertEqual(getrpi('0012'), 'RPI/A+')
def test_unknown(self):
self.assertIn ('unknown', getrpi('ABCD'))
def test_model_zero(self):
self.assertEqual(getrpi('900092'), 'RPI/Zero')
def test_model_rpi2(self):
self.assertEqual(getrpi('A01041'), 'RPI/2/B')
self.assertEqual(getrpi('A21041'), 'RPI/2/B')
def test_compute_module(self):
self.assertEqual(getrpi('0011'), 'RPI/Compute')
def test_model_B_plus(self):
self.assertEqual(getrpi('0010'), 'RPI/B+')
self.assertEqual(getrpi('0013'), 'RPI/B+')
def test_model_A(self):
modela = 'RPI/A'
self.assertIn(getrpi('0007'), modela)
self.assertIn(getrpi('0008'), modela)
self.assertIn(getrpi('0009'), modela)
def test_unknown(self):
self.assertIn('unknown', getrpi('ABCD'))
def test_model_A(self):
modela='RPI/A'
self.assertIn(getrpi('0007'), modela)
self.assertIn(getrpi('0008'), modela)
self.assertIn(getrpi('0009'), modela)
