def testAddCellsStr(self):
if IGNORE_TEST:
return
single_str = "cccc ccc"
new_list_str = ["aa", "bbb bb"]
test_array = np.array(new_list_str)
column = cl.Column(COLUMN_NAME)
column.addCells(single_str)
self.assertTrue(compareValues(column._cells, single_str))
column = cl.Column(COLUMN_NAME)
column.addCells(new_list_str)
self.assertTrue(compareValues(column._cells, new_list_str))
column = cl.Column(COLUMN_NAME)
column.addCells(test_array)
self.assertTrue(compareValues(column._cells, test_array))
def testAddCellsStr(self):
if IGNORE_TEST:
return
single_str = "cccc ccc"
new_list_str = ["aa", "bbb bb"]
test_array = np.array(new_list_str)
column = cl.Column(COLUMN_NAME)
column.addCells(single_str)
self.assertTrue(compareValues(column._cells, single_str))
column = cl.Column(COLUMN_NAME)
column.addCells(new_list_str)
self.assertTrue(compareValues(column._cells, new_list_str))
column = cl.Column(COLUMN_NAME)
column.addCells(test_array)
self.assertTrue(compareValues(column._cells, test_array))
def testAddCellsFloat(self):
if IGNORE_TEST:
return
single_float = 1.1
list_float = [2.0, 3.0]
test_array = np.array(list_float)
column = cl.Column(COLUMN_NAME)
column.addCells(single_float)
self.assertTrue(compareValues(column._cells, single_float))
self.assertEqual(np.array(column._cells).dtype, np.float64) # pylint: disable=E1101
column = cl.Column(COLUMN_NAME)
column.addCells(list_float)
self.assertTrue(compareValues(column._cells, list_float))
column = cl.Column(COLUMN_NAME)
column.addCells(test_array)
self.assertTrue(compareValues(column._cells, test_array))
def testAddCellsFloat(self):
if IGNORE_TEST:
return
single_float = 1.1
list_float = [2.0, 3.0]
test_array = np.array(list_float)
column = cl.Column(COLUMN_NAME)
column.addCells(single_float)
self.assertTrue(compareValues(column._cells, single_float))
self.assertEqual(np.array(column._cells).dtype,
np.float64) # pylint: disable=E1101
column = cl.Column(COLUMN_NAME)
column.addCells(list_float)
self.assertTrue(compareValues(column._cells, list_float))
column = cl.Column(COLUMN_NAME)
column.addCells(test_array)
self.assertTrue(compareValues(column._cells, test_array))
def testCopy(self):
if IGNORE_TEST:
return
column_copy = self.column.copy()
self.assertEqual(self.column._name, column_copy._name)
self.assertEqual(
np.array(self.column._cells).dtype,
np.array(column_copy._cells).dtype)
self.assertTrue(compareValues(self.column._cells, column_copy._cells))
self.assertEqual(self.column._formula_statement.getFormula(),
column_copy._formula_statement.getFormula())
self.assertEqual(self.column._data_class, column_copy.getDataClass())
self.assertEqual(self.column._asis, column_copy.getAsis())
self.assertIsNone(column_copy._parent)
def testCopy(self):
if IGNORE_TEST:
return
column_copy = self.column.copy()
self.assertEqual(self.column._name, column_copy._name)
self.assertEqual(np.array(self.column._cells).dtype,
np.array(column_copy._cells).dtype)
self.assertTrue(compareValues(self.column._cells,
column_copy._cells))
self.assertEqual(self.column._formula_statement.getFormula(),
column_copy._formula_statement.getFormula())
self.assertEqual(self.column._data_class,
column_copy.getDataClass())
self.assertEqual(self.column._asis, column_copy.getAsis())
self.assertIsNone(column_copy._parent)
def testGetCells(self):
if IGNORE_TEST:
return
cells = self.column.getCells()
self.assertTrue(compareValues(self.column._cells, cells))
def testGetCells(self):
if IGNORE_TEST:
return
cells = self.column.getCells()
self.assertTrue(compareValues(self.column._cells, cells))
