def test_dataArray(good_data_arrays):
table_model = CalibrationTableModel()
for good_data in good_data_arrays:
table_model.setDataArray(good_data)
returned_array = table_model.dataArray()
returned_array_copy = copy.deepcopy(returned_array)
for i, row in enumerate(returned_array):
for j, val in enumerate(row):
returned_array[i][j] = None
assert returned_array_copy == table_model.dataArray()
def test_removeRows():
table_model = CalibrationTableModel()
tbl_1 = [['hal_value', 'gui_value'],
[ 0, 0.00],
[ 10, 0.63],
[ 50, 3.10],
[ 100, 9.66],
[ 255, 24.00]]
#Try removing 2 rows
number_to_remove = 2
row_index = 1
table_model.setDataArray(tbl_1)
table_model.removeRows(row_index,number_to_remove)
tbl_2 = [['hal_value', 'gui_value'],
[ 0, 0.00],
[ 100, 9.66],
[ 255, 24.00]]
assert tbl_2 == table_model.dataArray()
#Try removing 1 row
number_to_remove = 1
row_index = 0
table_model.removeRows(row_index,number_to_remove)
tbl_3 = [['hal_value', 'gui_value'],
[ 100, 9.66],
[ 255, 24.00]]
assert tbl_3 == table_model.dataArray()
#Try removing 1 row too many!
number_to_remove = 1
row_index = 0
table_model.removeRows(row_index,number_to_remove)
assert tbl_3 == table_model.dataArray()
def test_setDataArray(good_data_arrays, bad_data_arrays):
table_model = CalibrationTableModel()
for good_data in good_data_arrays:
table_model.setDataArray(good_data)
assert good_data == table_model.dataArray()
for bad_data in bad_data_arrays:
with pytest.raises(Exception) as e_info:
table_model.setDataArray(bad_data)
def test_insertRows():
tbl_1 = [['hal_value', 'gui_value'],
[ 0, 0.00],
[ 10, 0.60],
[ 50, 3.10],
[ 100, 9.00],
[ 160, 24.00]]
table_model = CalibrationTableModel()
table_model.setDataArray(tbl_1)
#First try adding 1 row
number_to_add = 1
row_index = 1 #it's inserted above this index
tbl_2 = [['hal_value', 'gui_value'],
[ 0, 0.00],
[ 5, 0.30],
[ 10, 0.60],
[ 50, 3.10],
[ 100, 9.00],
[ 160, 24.00]]
table_model.insertRows(row_index,number_to_add)
assert tbl_2 == table_model.dataArray()
#Try adding 2 rows
number_to_add = 2
row_index = 5 #it's inserted above this index
tbl_3 = [['hal_value', 'gui_value'],
[ 0, 0.00],
[ 5, 0.30],
[ 10, 0.60],
[ 50, 3.10],
[ 100, 9.00],
[ 120, 14.0],
[ 140, 19.0],
[ 160, 24.00]]
table_model.insertRows(row_index,number_to_add)
assert tbl_3 == table_model.dataArray()
#Try adding 2 rows at beginning
number_to_add = 2
row_index = 0 #it's inserted above this index
tbl_4 = [['hal_value', 'gui_value'],
[ -10, -0.60], #row 0
[ -5, -0.30],
[ 0, 0.00],
[ 5, 0.30],
[ 10, 0.60],
[ 50, 3.10],
[ 100, 9.00],
[ 120, 14.0],
[ 140, 19.0],
[ 160, 24.00]] #row 9
table_model.insertRows(row_index,number_to_add)
assert tbl_4 == table_model.dataArray()
#Try adding 2 rows at the end
number_to_add = 2
row_index = 10 #it's inserted above this index
tbl_5 = [['hal_value', 'gui_value'],
[ -10, -0.60], #row 0
[ -5, -0.30],
[ 0, 0.00],
[ 5, 0.30],
[ 10, 0.60],
[ 50, 3.10],
[ 100, 9.00],
[ 120, 14.0],
[ 140, 19.0],
[ 160, 24.00],
[ 180, 29.00],
[ 200, 34.00]] #row 11
table_model.insertRows(row_index,number_to_add)
assert tbl_5 == table_model.dataArray()