def test_keys(self):
G(SimpleDateModel,
char='abc',
date=datetime.date.today(),
date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, 'char', 'Groups')
self.assertEqual(g.keys(), [u'abc'])
def test_items_callable(self):
G(SimpleDateModel,
char='abc',
date=datetime.date.today(),
date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, fake_callable, 'Groups')
self.assertEqual(list(g.items()), [(u'cba', list(r))])
def test_items_basestring(self):
G(SimpleDateModel, char='abc', date=datetime.date.today(), date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, 'char', 'Character')
self.assertEqual(list(g.items()), [(u'abc', list(r))])
self.assertTrue(g._processed)
# call again to ensure _processed param handled properly and no error
g._process()
self.assertTrue(g._processed)
def test_items_sorted(self):
G(SimpleDateModel, char='cba', date=datetime.date.today(), date_range=datetime.date.today())
G(SimpleDateModel, char='bac', date=datetime.date.today(), date_range=datetime.date.today())
G(SimpleDateModel, char='abc', date=datetime.date.today(), date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, 'char', 'Groups')
expected = [(u'abc', [r[2]]),
(u'bac', [r[1]]),
(u'cba', [r[0]])]
self.assertEqual(list(g.items()), expected)
def test_items_basestring(self):
G(SimpleDateModel,
char='abc',
date=datetime.date.today(),
date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, 'char', 'Character')
self.assertEqual(list(g.items()), [(u'abc', list(r))])
self.assertTrue(g._processed)
# call again to ensure _processed param handled properly and no error
g._process()
self.assertTrue(g._processed)
def test_items_sorted(self):
G(SimpleDateModel,
char='cba',
date=datetime.date.today(),
date_range=datetime.date.today())
G(SimpleDateModel,
char='bac',
date=datetime.date.today(),
date_range=datetime.date.today())
G(SimpleDateModel,
char='abc',
date=datetime.date.today(),
date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, 'char', 'Groups')
expected = [(u'abc', [r[2]]), (u'bac', [r[1]]), (u'cba', [r[0]])]
self.assertEqual(list(g.items()), expected)
def test_keys(self):
G(SimpleDateModel, char='abc', date=datetime.date.today(), date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, 'char', 'Groups')
self.assertEqual(g.keys(), [u'abc'])
def test_items_other(self):
G(SimpleDemoModel, char='abc')
r = SimpleDemoReport.as_report()
r.list_display = ['char', 'integer1']
g = BaseGrouper(r, 'wrong', 'wrong')
self.assertEqual(list(g.items()), [(None, list(r))])
def test_items_callable(self):
G(SimpleDateModel, char='abc', date=datetime.date.today(), date_range=datetime.date.today())
r = SimpleDateReport.as_report()
g = BaseGrouper(r, fake_callable, 'Groups')
self.assertEqual(list(g.items()), [(u'cba', list(r))])
def test_items_other(self):
G(SimpleDemoModel, char='abc')
r = SimpleDemoReport.as_report()
r.list_display = ['char', 'integer1']
g = BaseGrouper(r, 'wrong', 'wrong')
self.assertEqual(list(g.items()), [(None, list(r))])
def test_init(self):
g = BaseGrouper(SimpleDemoReport, 'char', 'Character')
self.assertEqual(g.report, SimpleDemoReport)
self.assertEqual(g.group_by, 'char')
self.assertEqual(g.internal_order, 'Character')
self.assertFalse(g._processed)