def test_seq_nb_with_existing_transmittals(self):
"""If some trs exist, the first available seq nb is the next one."""
for nb in range(5):
self.create_transmittal(nb + 1)
seq_nb = find_next_trs_number('CTR', self.entity, 'FAC10005')
self.assertEqual(seq_nb, 6)
def test_seq_nb_with_existing_transmittals(self):
"""If some trs exist, the first available seq nb is the next one."""
for nb in range(5):
self.create_transmittal(nb + 1)
seq_nb = find_next_trs_number('CTR', self.entity, 'FAC10005')
self.assertEqual(seq_nb, 6)
def test_seq_nb_with_hole_in_numbers(self):
"""If there is a hole in the seq numbers, the first available nb is
still the next one."""
self.create_transmittal(1)
self.create_transmittal(2)
self.create_transmittal(5)
self.create_transmittal(8)
seq_nb = find_next_trs_number('CTR', self.entity, 'FAC10005')
self.assertEqual(seq_nb, 9)
def test_seq_nb_with_hole_in_numbers(self):
"""If there is a hole in the seq numbers, the first available nb is
still the next one."""
self.create_transmittal(1)
self.create_transmittal(2)
self.create_transmittal(5)
self.create_transmittal(8)
seq_nb = find_next_trs_number('CTR', self.entity, 'FAC10005')
self.assertEqual(seq_nb, 9)
def test_seq_nb_with_no_transmittal(self):
"""If no trs exists, the first available seq nb is 1."""
seq_nb = find_next_trs_number('CTR', self.entity, 'FAC10005')
self.assertEqual(seq_nb, 1)
def test_seq_nb_with_no_transmittal(self):
"""If no trs exists, the first available seq nb is 1."""
seq_nb = find_next_trs_number('CTR', self.entity, 'FAC10005')
self.assertEqual(seq_nb, 1)
