def delete_gpx_clicked(self, curr_index):
if curr_index > -1:
self.stack_redo.clear()
datalist = self.gpxs
command = RmCommand(curr_index, datalist, "gpx")
command.execute()
self.presenter.update_gpx_table()
self.stack_undo.append(command)
def delete_points_clicked(self, gpx_index, curr_index):
if gpx_index > -1 and curr_index > -1:
self.stack_redo.clear()
datalist = self.get_gpx(gpx_index)
command = RmCommand(curr_index, datalist.track.track_segment,
"points")
command.execute()
self.presenter.update_points_table()
self.stack_undo.append(command)
def test_delete_from_empty(self):
index = 1
cmnd = RmCommand(index, self.default_data, "points")
flag = True
try:
cmnd.execute()
flag = False
except:
flag = True
if not flag:
self.assertEqual(1, 0)
def test_single_point_delete(self):
self.setUp()
index = 1
benchmark_list = deepcopy(self.default_data)
cmnd = RmCommand(index, self.default_data, "points")
cmnd.execute()
del benchmark_list[index]
self.assertTrue(len(benchmark_list) == len(self.default_data))
for i in range(len(benchmark_list)):
cond = benchmark_list[i] == self.default_data[i]
self.assertTrue(cond)
def test_multiple_gpx_delete(self):
self.setUp()
index1 = 2
index2 = 0
benchmark_list = deepcopy(self.default_data)
cmnd = RmCommand(index1, self.default_data, "gpx")
cmnd.execute()
cmnd = RmCommand(index2, self.default_data, "gpx")
cmnd.execute()
del benchmark_list[index1]
del benchmark_list[index2]
self.assertCountEqual(benchmark_list, self.default_data)
for i in range(len(benchmark_list)):
cond = benchmark_list[i] == self.default_data[i]
self.assertTrue(cond)