def test_edit_jump(main_window):
_jump_index = 0
jump_list = main_window.jump_list
# GIVEN the jump list with a selected jump and its textual representation
jump_before = main_window.level_ref.jumps[_jump_index]
# manually select jump in list
jump_list.setCurrentRow(_jump_index)
list_index = jump_list.currentIndex()
jump_list_item_text_before = jump_list.currentItem().text()
# WHEN a jump is edited and the callback of MainWindow is called
updated_jump = Jump.from_properties(
jump_before.screen_index + 1,
jump_before.exit_action + 1,
jump_before.exit_horizontal + 1,
jump_before.exit_vertical + 1,
)
main_window.on_jump_edited(updated_jump)
# THEN the jump in the level and the text in the jump list should be updated
# reselect jump in list
jump_list.setCurrentIndex(list_index)
jump_after = main_window.level_ref.jumps[_jump_index]
jump_list_item_text_after = jump_list.currentItem().text()
assert jump_before != jump_after
assert jump_after == updated_jump
assert jump_list_item_text_before != jump_list_item_text_after
def from_data(self, data: bytearray, index: int):
if Jump.is_jump(data):
return Jump(data)
assert self.pattern_table is not None
# todo get rid of index by fixing ground map
return LevelObject(
data,
self.object_set,
self.palette_group,
self.pattern_table,
self.objects_ref,
self.vertical_level,
index,
size_minimal=self.size_minimal,
)
def on_ok(self):
self.jump = Jump.from_properties(
self.screen_spinner.value(),
self.exit_action.currentIndex(),
self.exit_horizontal.value(),
self.exit_vertical.currentIndex(),
)
self.close()
def add_jump(self):
self.jumps.append(Jump.from_properties(0, 0, 0, 0))
self.data_changed.emit()