def test_build_cloud_empty(self):
dbStub.reset()
dbStub.addResult([])
t = Tags()
data = t.build_cloud()
self.assertFalse(data)
self.assertTrue(dbStub.closed)
def test_build_cloud_empty(self):
dbStub.reset()
dbStub.addResult([])
t = Tags()
data = t.build_cloud()
self.assertFalse(data)
self.assertTrue(dbStub.closed)
def test_build_cloud(self):
t = Tags()
data = t.build_cloud()
self.assertTrue(data)
self.assertEquals(len(data), 3)
for row in data:
self.assertIn(row['name'], ('joo', 'ei', 'kissanviikset'))
self.assertIn(row['count'], (150, 30, 1))
# Font size should scale from 8 to 32. List is ordered alphabetically by tag name.
self.assertTrue(8 < int(data[0]['font_size']) < 32)
self.assertEquals(int(data[1]['font_size']), 32)
self.assertEquals(int(data[2]['font_size']), 8)
self.assertTrue(dbStub.closed)
def test_build_cloud(self):
t = Tags()
data = t.build_cloud()
self.assertTrue(data)
self.assertEquals(len(data), 3)
for row in data:
self.assertIn(row['name'], ('joo', 'ei', 'kissanviikset'))
self.assertIn(row['count'], (150, 30, 1))
# Font size should scale from 8 to 32. List is ordered alphabetically by tag name.
self.assertTrue(8 < int(data[0]['font_size']) < 32)
self.assertEquals(int(data[1]['font_size']), 32)
self.assertEquals(int(data[2]['font_size']), 8)
self.assertTrue(dbStub.closed)
