def test_all_numbers_after_errneous_are_reported(self):
pnums = [mkpnum(1, 2), mkpnum(3, 11), mkpnum(5, 12), mkpnum(20, 19)]
self.assertEqual(len(pagenumbering.check_page_numbering(pnums)), 3)
# roman numbers
pnums = [
mkpnum(1, 2, False),
mkpnum(3, 11, False),
mkpnum(5, 12, False),
mkpnum(20, 18, False)
]
self.assertEqual(len(pagenumbering.check_page_numbering(pnums)), 3)
def test_starting_at_arbitrary_number_works(self):
pnums = [mkpnum(1, 10), mkpnum(3, 11), mkpnum(5, 12), mkpnum(20, 13)]
self.assertEqual(pagenumbering.check_page_numbering(pnums), [])
# roman numbers
pnums = [
mkpnum(1, 10, False),
mkpnum(3, 11, False),
mkpnum(5, 12, False),
mkpnum(20, 13, False)
]
self.assertEqual(pagenumbering.check_page_numbering(pnums), [])
def test_jumps_are_not_tolerated(self):
pnums = [mkpnum(1, 10), mkpnum(3, 11), mkpnum(5, 12), mkpnum(20, 19)]
self.assertNotEqual(pagenumbering.check_page_numbering(pnums), [])
# roman numbers
pnums = [
mkpnum(1, 10, False),
mkpnum(3, 11, False),
mkpnum(5, 12, False),
mkpnum(20, 18, False)
]
self.assertNotEqual(pagenumbering.check_page_numbering(pnums), [])
def test_monotonic_increasing_is_fine(self):
pnums = [mkpnum(1, 1), mkpnum(3, 2), mkpnum(5, 3), mkpnum(20, 4)]
self.assertEqual(pagenumbering.check_page_numbering(pnums), [])
# roman numbers
pnums = [
mkpnum(1, 1, False),
mkpnum(3, 2, False),
mkpnum(5, 3, False),
mkpnum(20, 4, False)
]
self.assertEqual(pagenumbering.check_page_numbering(pnums), [])
def test_style_changes_are_correctly_handled(self):
# if the style changes, errors are no errors anymore
pnums = [mkpnum(1, 10), mkpnum(3, 11), mkpnum(5, 99, False)]
self.assertEqual(pagenumbering.check_page_numbering(pnums), [])
# provoke error, continue normal
pnums = [
mkpnum(1, 10),
mkpnum(3, 22),
mkpnum(5, 98, False),
mkpnum(20, 99, False)
]
self.assertEqual(len(pagenumbering.check_page_numbering(pnums)), 1)
