def test_move_one_from_start_to_center(self):
before = parse_tab_lines([
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.2\ta\turl',
'f.0.3\ta\turl',
'f.0.4\ta\turl',
'f.0.5\ta\turl',
'f.0.6\ta\turl',
'f.0.7\ta\turl',
'f.0.8\ta\turl',
])
after = parse_tab_lines([
'f.0.1\ta\turl',
'f.0.2\ta\turl',
'f.0.3\ta\turl',
'f.0.4\ta\turl',
'f.0.0\ta\turl',
'f.0.5\ta\turl',
'f.0.6\ta\turl',
'f.0.7\ta\turl',
'f.0.8\ta\turl',
])
commands = infer_move_commands(before, after)
self.assertEqual(commands, [(0, 0, 4)])
actual_after = apply_move_commands(before, commands)
self.assertEqual(actual_after, after)
def test_crossings(self):
before = parse_tab_lines([
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.2\ta\turl',
'f.0.3\ta\turl',
'f.0.4\ta\turl',
'f.0.5\ta\turl',
'f.0.6\ta\turl',
'f.0.7\ta\turl',
'f.0.8\ta\turl',
])
after = parse_tab_lines([
'f.0.4\ta\turl',
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.2\ta\turl',
'f.0.3\ta\turl',
'f.0.6\ta\turl',
'f.0.7\ta\turl',
'f.0.8\ta\turl',
'f.0.5\ta\turl',
])
commands = infer_move_commands(before, after)
self.assertEqual(commands, [(4, 0, 0), (5, 0, 8)])
actual_after = apply_move_commands(before, commands)
self.assertEqual(actual_after, after)
def _move_tabs_if_changed(self, api, tabs_before, tabs_after):
delete_commands, move_commands = infer_delete_and_move_commands(
parse_tab_lines(tabs_before), parse_tab_lines(tabs_after))
if delete_commands:
print('DELETE', delete_commands)
api.close_tabs(delete_commands)
if move_commands:
print('MOVE', move_commands)
api.move_tabs(move_commands)
def test_move_one_to_another_existing_window_same_index(self):
before = parse_tab_lines([
'f.0.0\ta\turl',
'f.1.1\ta\turl',
])
after = parse_tab_lines([
'f.1.0\ta\turl',
'f.1.1\ta\turl',
])
delete_commands, move_commands = infer_delete_and_move_commands(before, after)
self.assertGreater(len(move_commands), 0)
actual_after = apply_move_commands(before, move_commands)
self.assertEqual(actual_after, after)
def test_move_one_to_another_existing_window_above_2(self):
before = parse_tab_lines([
'f.0.0\ta1\turl1',
'f.0.1\ta2\turl2',
'f.1.2\ta3\turl3',
'f.1.3\ta4\turl4',
])
after = parse_tab_lines([
'f.0.0\ta1\turl1',
'f.0.1\ta2\turl2',
'f.0.3\ta4\turl4',
'f.1.2\ta3\turl3',
])
delete_commands, move_commands = infer_delete_and_move_commands(before, after)
self.assertGreater(len(move_commands), 0)
actual_after = apply_move_commands(before, move_commands)
self.assertEqual(actual_after, after)
def test_decreasing_ids_from_start_to_end(self):
before = parse_tab_lines([
'f.0.10\ta\turl',
'f.0.9\ta\turl',
'f.0.8\ta\turl',
'f.0.7\ta\turl',
])
after = parse_tab_lines([
'f.0.9\ta\turl',
'f.0.8\ta\turl',
'f.0.7\ta\turl',
'f.0.10\ta\turl',
])
commands = infer_move_commands(before, after)
self.assertEqual(commands, [(10, 0, 3)])
actual_after = apply_move_commands(before, commands)
self.assertEqual(actual_after, after)
def _move_tabs_if_changed(self, api, tabs_before, tabs_after):
# if tabs_after is None:
# return
# from pprint import pprint
# print('_move_tabs_if_changed tabs_before')
# pprint(tabs_before)
# print('_move_tabs_if_changed tabs_after')
# pprint(tabs_after)
delete_commands, move_commands = infer_delete_and_move_commands(
parse_tab_lines(tabs_before), parse_tab_lines(tabs_after))
if delete_commands:
api.close_tabs(delete_commands)
# raise RuntimeError('DELETE COMMANDS ARE NOT SUPPORTED YET')
api.move_tabs(move_commands)
def test_move_pair_from_end_to_start(self):
before = parse_tab_lines([
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.2\ta\turl',
'f.0.3\ta\turl',
'f.0.4\ta\turl',
])
after = parse_tab_lines([
'f.0.3\ta\turl',
'f.0.4\ta\turl',
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.2\ta\turl',
])
commands = infer_move_commands(before, after)
# self.assertEqual(commands, [(1, 0, 4), (0, 0, 3)])
actual_after = apply_move_commands(before, commands)
self.assertEqual(actual_after, after)
def test_move_several_downwards(self):
before = parse_tab_lines([
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.2\ta\turl',
'f.0.3\ta\turl',
'f.0.4\ta\turl',
'f.0.5\ta\turl',
'f.0.6\ta\turl',
])
after = parse_tab_lines([
'f.0.2\ta\turl',
'f.0.4\ta\turl',
'f.0.6\ta\turl',
'f.0.0\ta\turl',
'f.0.1\ta\turl',
'f.0.3\ta\turl',
'f.0.5\ta\turl',
])
commands = infer_move_commands(before, after)
actual_after = apply_move_commands(before, commands)
self.assertEqual(actual_after, after)
def _eq(self, tabs_before, tabs_after, expected_deletes, expected_moves):
deletes, moves = infer_delete_and_move_commands(
parse_tab_lines(tabs_before),
parse_tab_lines( tabs_after))
self.assertEqual(expected_deletes, deletes)
self.assertEqual(expected_moves, moves)
def tabs():
return parse_tab_lines(BtCommandWrapper.list())
