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How to use test_get_present method in autotest

Best Python code snippet using autotest_python

test_cache.py

Source:test_cache.py

...19        self.cache = Caching(self.object, 'cache')20    def test_get_not_present(self):21        with pytest.raises(NotInCache):22            self.cache.get()23    def test_get_present(self):24        self.object.cache = 'foo'25        assert self.cache.get() == 'foo'26    def test_delete_not_present(self):27        with pytest.raises(NotInCache):28            self.cache.delete()29    def test_delete_present(self):30        self.object.cache = 'foo'31        assert self.cache.delete() == 'foo'32        assert not hasattr(self.object, 'cache')33    def test_set(self):34        assert self.cache.set('foo') == 'foo'35        assert self.object.cache == 'foo'36class TestMemoizing(object):37    def setup_method(self, method):38        self.object = Bunch()39        self.cache = Memoizing(self.object, 'cache')40        self.key = "('foo',)[]"41    def test_get_key(self):42        assert self.cache._get_key('foo') == "('foo',)[]"43        assert self.cache._get_key('foo', 'bar') == "('foo', 'bar')[]"44        assert self.cache._get_key(foo='bar') == "()[('foo', 'bar')]"45        assert self.cache._get_key(foo='bar', hello='there') == "()[('foo', 'bar'), ('hello', 'there')]"46        assert self.cache._get_key('foo', foo='bar') == "('foo',)[('foo', 'bar')]"47    def test_get_not_present(self):48        with pytest.raises(NotInCache):49            self.cache.get('foo')50    def test_get_present(self):51        self.object.cache = {self.key: 'foo'}52        assert self.cache.get('foo') == 'foo'53    def test_delete_not_present(self):54        with pytest.raises(NotInCache):55            self.cache.delete()56    def test_delete_present(self):57        self.object.cache = {self.key: 'foo'}58        assert self.cache.delete('foo') == 'foo'59        assert self.object.cache == {}60    def test_set(self):61        assert self.cache.set('foo', 'foo') == 'foo'62        assert self.object.cache == {self.key: 'foo'}63class TestCacheDescriptor(object):64    def setup_method(self, method):...

test_rgb.py

Source:test_rgb.py

...20        """ Attempts to get data that isn't there. Will throw an exception """21        f = self.frame22        c = f.CHN23        self.assertRaises(KeyError, f.data_chn, [c.EX_G])24    def test_get_present(self):25        """ Gets the channels that is already present. Synonymous with data_chn """26        f = self.frame27        c = f.CHN28        self.assertEqual(0, f.get_chns(self_=False, chns=[c.RED])  .labels[c.RED])29        self.assertEqual(0, f.get_chns(self_=False, chns=[c.GREEN]).labels[c.GREEN])30        self.assertEqual(0, f.get_chns(self_=False, chns=[c.BLUE]) .labels[c.BLUE])31    def test_get_calculate(self):32        """ Calculates channels that are absent """33        f = self.frame34        c = f.CHN35        g = f.get_chns(self_=False, chns=[c.HSV])  # This should give us the HSV Channels only36        self.assertEqual(0, g.data_chn([c.HUE]).labels[c.HUE])37        self.assertEqual(0, g.data_chn([c.SATURATION]).labels[c.SATURATION])38        self.assertEqual(0, g.data_chn([c.VALUE]).labels[c.VALUE])...

test_spec.py

Source:test_spec.py

...9        self.assertEqual(1, f.labels[c.GREEN])10        self.assertEqual(2, f.labels[c.BLUE])11        self.assertEqual(3, f.labels[c.RED_EDGE])12        self.assertEqual(4, f.labels[c.NIR])13    def test_get_present(self):14        """ Gets the channels that is already present. Synonymous with data_chn """15        f = self.frame16        c = f.CHN17        self.assertEqual(0, f.get_chns(self_=False, chns=[c.RED])     .labels[c.RED])18        self.assertEqual(0, f.get_chns(self_=False, chns=[c.GREEN])   .labels[c.GREEN])19        self.assertEqual(0, f.get_chns(self_=False, chns=[c.BLUE])    .labels[c.BLUE])20        self.assertEqual(0, f.get_chns(self_=False, chns=[c.RED_EDGE]).labels[c.RED_EDGE])21        self.assertEqual(0, f.get_chns(self_=False, chns=[c.NIR])     .labels[c.NIR])22    def test_get_calculate(self):23        """ Calculates channels that are absent """24        f = self.frame25        c = f.CHN26        g = f.get_chns(self_=False, chns=[c.NDVI])  # This should give us the HSV Channels only27        self.assertEqual(0, g.data_chn([c.NDVI]).labels[c.NDVI])...

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