def test_iteration_yields_cells(self):
ws = Worksheet()
ws[1, 1].formula = 'A1'
ws[2, 4].formula = 'B4'
ws.name = 'any old name'
self.assertEquals(ws.items(), [((1, 1), ws[1, 1]), ((2, 4), ws[2, 4])])
def test_recalc_cell_catches_cell_errors_and_adds_them_to_console(self):
cell = Cell()
cell.formula = "=123"
cell.python_formula = '_raise(Exception("OMGWTFBBQ"))'
cell.error = 'old error, just hanging around...'
worksheet = Worksheet()
location = (1, 11)
worksheet[location] = cell
# Mocked out to avoid explosion -- tested in another unit test.
node = Mock()
node.parents = []
graph = {location: node}
context = {'worksheet': worksheet, "_raise": _raise}
worksheet.add_console_text = Mock()
recalculate_cell(location, Mock(), graph, context)
self.assertEqual(worksheet[location].error, 'Exception: OMGWTFBBQ')
expected_error_text = "Exception: OMGWTFBBQ\n Formula '%s' in A11\n" % (
cell.formula)
self.assertCalledOnce(worksheet.add_console_text, expected_error_text)
self.assertEquals(worksheet[location].value, undefined)
def test_calculate_clears_previous_worksheet_console_text_and_reports_time_when_theres_an_error(
self, mock_time, mock_execute_usercode):
recalc_times = [1.3245, 0]
def mock_time_fn():
return recalc_times.pop()
mock_time.side_effect = mock_time_fn
def throw_error(_, __):
raise Exception('argh')
mock_execute_usercode.side_effect = throw_error
worksheet = Worksheet()
worksheet._console_text = 'previous errors\n'
worksheet.add_console_text = Mock()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
self.assertNotIn('previous errors', worksheet._console_text)
self.assertEquals(
worksheet.add_console_text.call_args_list[-1],
(('Took 1.32s', ), {
'log_type': 'system'
}),
)
def test_api_view_should_return_errors_and_no_values_if_unjsonify_worksheet_result_has_errors(self, mock_get_object):
mock_sheet = mock_get_object.return_value
mock_sheet.owner = self.user
worksheet = Worksheet()
worksheet[1, 3].formula = '=string'
worksheet[1, 3].value = 'test value'
worksheet._usercode_error = {
"message": "I am an error message",
"line": 2
}
mock_sheet.unjsonify_worksheet.side_effect = lambda: worksheet
mock_sheet.allow_json_api_access = True
self.request.method = 'POST'
self.request.POST['api_key'] = mock_sheet.api_key = 'key'
expected_json = {
"usercode_error" : {
"message": "I am an error message",
"line": "2"
}
}
actual = calculate_and_get_json_for_api(self.request, self.user.username, self.sheet.id)
self.assertFalse(mock_sheet.save.called)
self.assertTrue(isinstance(actual, HttpResponse))
self.assertEquals(actual.content, json.dumps(expected_json))
def test_iteration_yields_cells(self):
ws = Worksheet()
ws[1, 1].formula = 'A1'
ws[2, 4].formula = 'B4'
ws.name = 'any old name'
self.assertEquals(ws.items(), [((1, 1), ws[1, 1]), ((2, 4), ws[2, 4])])
def test_clear_values_deletes_cells_with_empty_formula(self):
ws = Worksheet()
ws[1, 2].formula = ''
ws[1, 2].value = "hello!"
ws[1, 2].formatted_value = "Guten Tag!"
ws.clear_values()
self.assertFalse((1, 2) in ws)
def test_recalc_cell_catches_cell_errors_and_adds_them_to_console(self):
cell = Cell()
cell.formula = "=123"
cell.python_formula = '_raise(Exception("OMGWTFBBQ"))'
cell.error = 'old error, just hanging around...'
worksheet = Worksheet()
location = (1, 11)
worksheet[location] = cell
# Mocked out to avoid explosion -- tested in another unit test.
node = Mock()
node.parents = []
graph = {location: node }
context = { 'worksheet': worksheet, "_raise": _raise }
worksheet.add_console_text = Mock()
recalculate_cell(location, Mock(), graph, context)
self.assertEqual(
worksheet[location].error,
'Exception: OMGWTFBBQ'
)
expected_error_text = "Exception: OMGWTFBBQ\n Formula '%s' in A11\n" % (
cell.formula)
self.assertCalledOnce(worksheet.add_console_text, expected_error_text)
self.assertEquals(worksheet[location].value, undefined)
def test_two_tuple_parameters(self):
ws = Worksheet()
cell_range = ws.cell_range((2, 3), (5, 4))
self.assertEquals(cell_range.left, 2)
self.assertEquals(cell_range.top, 3)
self.assertEquals(cell_range.right, 5)
self.assertEquals(cell_range.bottom, 4)
def test_two_tuple_parameters(self):
ws = Worksheet()
cell_range = ws.cell_range((2, 3), (5, 4))
self.assertEquals(cell_range.left, 2)
self.assertEquals(cell_range.top, 3)
self.assertEquals(cell_range.right, 5)
self.assertEquals(cell_range.bottom, 4)
def test_mystdout_pushes_print_commands_to_worksheet(self):
ws = Worksheet()
mso = MyStdout(ws)
mso.write('weeeeeee!')
ws2 = Worksheet()
ws2.add_console_text('weeeeeee!', log_type='output')
self.assertEquals(ws._console_text, ws2._console_text)
def test_clear_values_deletes_cells_with_empty_formula(self):
ws = Worksheet()
ws[1, 2].formula = ''
ws[1, 2].value = "hello!"
ws[1, 2].formatted_value = "Guten Tag!"
ws.clear_values()
self.assertFalse((1, 2) in ws)
def test_mystdout_pushes_print_commands_to_worksheet(self):
ws = Worksheet()
mso = MyStdout(ws)
mso.write('weeeeeee!')
ws2 = Worksheet()
ws2.add_console_text('weeeeeee!', log_type='output')
self.assertEquals(ws._console_text, ws2._console_text)
def test_calculate_catches_and_reports_exceptions_to_console(self):
def patched_execute_usercode(_, context):
exec(
'import sys\n'
'def func():\n'
' x = my_value\n'
'func()\n',
context
)
worksheet = Worksheet()
worksheet.add_console_text = Mock()
original_execute_usercode = calculate_module.execute_usercode
calculate_module.execute_usercode = patched_execute_usercode
try:
calculate(worksheet, sentinel.usercode, sentinel.private_key)
finally:
calculate_module.execute_usercode = original_execute_usercode
expected_error_text = dedent("""
NameError: global name \'my_value\' is not defined
User code line 4
User code line 3, in func\n""")[1:]
self.assertIn(
call(expected_error_text),
worksheet.add_console_text.call_args_list
)
def test_constant(self):
worksheet = Worksheet()
worksheet[1, 2].formula = '3'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''), sentinel.private_key)
self.assertEquals(worksheet.keys(), [(1, 2)])
self.assertEquals(worksheet[(1, 2)].formula, '3')
self.assertEquals(worksheet[(1, 2)].value, 3)
def test_setattr_should_not_delegate_to_setitem_if_attr_name_is_not_valid_cell_name(self):
ws = Worksheet()
ws.__setitem__ = Mock()
ws.A1 = 23
self.assertEquals( ws.__setitem__.call_args_list, [] )
self.assertEquals( ws.A1, 23 )
def test_getattr_should_delegate_to_getitem(self):
ws = Worksheet()
ws.__getitem__ = Mock()
retval = ws.A1
self.assertEquals( retval, ws.__getitem__.return_value )
self.assertEquals( ws.__getitem__.call_args_list, [(('A1',), {})] )
def test_setitem_on_locations_should_reject_non_cell_instances(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(1, 2))
expected_message_re = "^Worksheet locations must be Cell objects"
with self.assertRaisesRegexp(TypeError, expected_message_re):
ws[3, 4] = 123
self.assertEquals(ws.to_location.call_args_list, [(((3, 4),), {})])
def test_setitem_on_locations_should_reject_non_cell_instances(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(1, 2))
expected_message_re = "^Worksheet locations must be Cell objects"
with self.assertRaisesRegexp(TypeError, expected_message_re):
ws[3, 4] = 123
self.assertEquals(ws.to_location.call_args_list, [(((3, 4), ), {})])
def test_getattr_should_delegate_to_getitem(self):
ws = Worksheet()
ws.__getitem__ = Mock()
retval = ws.A1
self.assertEquals(retval, ws.__getitem__.return_value)
self.assertEquals(ws.__getitem__.call_args_list, [(('A1', ), {})])
def test_constant(self):
worksheet = Worksheet()
worksheet[1, 2].formula = '3'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''),
sentinel.private_key)
self.assertEquals(worksheet.keys(), [(1, 2)])
self.assertEquals(worksheet[(1, 2)].formula, '3')
self.assertEquals(worksheet[(1, 2)].value, 3)
def test_setitem_on_non_locations_raises_keyerror(self):
ws = Worksheet()
ws.to_location = Mock(return_value=None)
with self.assertRaisesRegexp(
InvalidKeyError,
"^'random key' is not a valid cell location$"):
ws['random key'] = 'sausages'
def test_run_worksheet_with_overrides(self, mock_urllib2):
self.maxDiff = None
cellA2 = Cell()
cellA2.formula = '1'
cellA2.value = 1
cellC3 = Cell()
cellC3.formula = '5'
cellC3.value = 5
cellE4 = Cell()
cellE4.formula = '=A2 + C3'
cellE4.value = 6
overrides = {
(1, 2): '11',
(3, 3): 55,
(4, 1): '="abc"',
'dirigible_l337_private_key': sentinel.private_key
}
result_of_calculation_json = '''{
"name": "Untitled",
"1": {
"2": 11
},
"3": {
"3": 55
},
"4": {
"1": "abc"
},
"5": {
"4": 66
}
}'''
mock_opener = mock_urllib2.build_opener.return_value
mock_urlopen_file = mock_opener.open.return_value
mock_urlopen_file.read.return_value = result_of_calculation_json
worksheet_url = 'ws_url/'
result = run_worksheet(worksheet_url, overrides, sentinel.private_key)
target_url = '%sv%s/json/' % (worksheet_url, CURRENT_API_VERSION)
self.assertCalledOnce(mock_opener.open,
target_url,
data=urlencode(overrides))
self.assertEquals(type(result), Worksheet)
expected_sheet = Worksheet()
expected_sheet.name = 'Untitled'
expected_sheet[1, 2].value = 11
expected_sheet[3, 3].value = 55
expected_sheet[4, 1].value = 'abc'
expected_sheet[5, 4].value = 66
self.assertEquals(result, expected_sheet)
def test_setitem_on_locations_should_accept_cell_instances(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(1, 2))
cell = Cell()
ws[3, 4] = cell
self.assertEquals(ws.to_location.call_args_list, [(((3, 4), ), {})])
self.assertEquals(ws.keys(), [(1, 2)])
def test_getitem_should_use_to_location_result_if_it_is_not_none(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(1, 2))
ws[3, 4].formula = "hello"
self.assertEquals(ws.to_location.call_args_list, [(((3, 4), ), {})])
self.assertEquals(ws.keys(), [(1, 2)])
self.assertEquals(ws.values()[0].formula, "hello")
def test_getitem_should_use_to_location_result_if_it_is_not_none(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(1, 2))
ws[3, 4].formula = "hello"
self.assertEquals(ws.to_location.call_args_list, [(((3, 4),), {})])
self.assertEquals(ws.keys(), [(1, 2)])
self.assertEquals(ws.values()[0].formula, "hello")
def test_getitem_should_use_original_key_if_to_location_gives_none(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(3, 4))
ws[3, 4].formula = "hello"
self.assertEquals(ws.to_location.call_args_list, [(((3, 4), ), {})])
self.assertEquals(ws.keys(), [(3, 4)])
self.assertEquals(ws.values()[0].formula, "hello")
def test_setattr_should_not_delegate_to_setitem_if_attr_name_is_not_valid_cell_name(
self):
ws = Worksheet()
ws.__setitem__ = Mock()
ws.A1 = 23
self.assertEquals(ws.__setitem__.call_args_list, [])
self.assertEquals(ws.A1, 23)
def test_getitem_should_use_original_key_if_to_location_gives_none(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(3, 4))
ws[3, 4].formula = "hello"
self.assertEquals(ws.to_location.call_args_list, [(((3, 4),), {})])
self.assertEquals(ws.keys(), [(3, 4)])
self.assertEquals(ws.values()[0].formula, "hello")
def test_setitem_on_locations_should_accept_cell_instances(self):
ws = Worksheet()
ws.to_location = Mock(return_value=(1, 2))
cell = Cell()
ws[3, 4] = cell
self.assertEquals(ws.to_location.call_args_list, [(((3, 4),), {})])
self.assertEquals(ws.keys(), [(1, 2)])
def test_run_worksheet_with_overrides(self, mock_urllib2):
self.maxDiff = None
cellA2 = Cell()
cellA2.formula = '1'
cellA2.value = 1
cellC3 = Cell()
cellC3.formula = '5'
cellC3.value = 5
cellE4 = Cell()
cellE4.formula = '=A2 + C3'
cellE4.value = 6
overrides = {
(1, 2): '11',
(3, 3): 55,
(4, 1): '="abc"',
'dirigible_l337_private_key': sentinel.private_key
}
result_of_calculation_json = '''{
"name": "Untitled",
"1": {
"2": 11
},
"3": {
"3": 55
},
"4": {
"1": "abc"
},
"5": {
"4": 66
}
}'''
mock_opener = mock_urllib2.build_opener.return_value
mock_urlopen_file = mock_opener.open.return_value
mock_urlopen_file.read.return_value = result_of_calculation_json
worksheet_url = 'ws_url/'
result = run_worksheet(worksheet_url, overrides, sentinel.private_key)
target_url = '%sv%s/json/' % (worksheet_url, CURRENT_API_VERSION)
self.assertCalledOnce(mock_opener.open, target_url, data=urlencode(overrides))
self.assertEquals(type(result), Worksheet)
expected_sheet = Worksheet()
expected_sheet.name = 'Untitled'
expected_sheet[1, 2].value = 11
expected_sheet[3, 3].value = 55
expected_sheet[4, 1].value = 'abc'
expected_sheet[5, 4].value = 66
self.assertEquals(result, expected_sheet)
def test_load_constants_should_clear_errors_for_constants(self):
cell = Cell()
cell.formula = "a constant"
cell.error = 'Ohno!'
worksheet = Worksheet()
worksheet.A1 = cell
load_constants(worksheet)
self.assertIsNone(cell.error)
def test_to_ui_json_meta_data_includes_worksheet_console_text(self):
sheet = Sheet(width=10, height=5)
worksheet = Worksheet()
worksheet._console_text = ['error1', 'error2']
expected = dict(width=sheet.width,
height=sheet.height,
name='Untitled',
console_text=worksheet._console_text)
self.assertEquals(
json.loads(sheet_to_ui_json_meta_data(sheet, worksheet)), expected)
def test_to_ui_json_meta_data_includes_worksheet_console_text(self):
sheet = Sheet(width=10, height=5)
worksheet = Worksheet()
worksheet._console_text = ['error1', 'error2']
expected = dict(
width=sheet.width,
height=sheet.height,
name='Untitled',
console_text=worksheet._console_text)
self.assertEquals(json.loads(sheet_to_ui_json_meta_data(sheet, worksheet)), expected)
def test_load_constants_should_clear_errors_for_constants(self):
cell = Cell()
cell.formula = "a constant"
cell.error = 'Ohno!'
worksheet = Worksheet()
worksheet.A1 = cell
load_constants(worksheet)
self.assertIsNone(cell.error)
def test_sheet_to_ui_json_grid_data_should_not_include_totally_empty_cells(self):
worksheet = Worksheet()
worksheet.A1 = Cell()
expected_json_contents = {
'bottom': 10,
'left': 0,
'right': 10,
'topmost': 0
}
self.assertEquals(json.loads(sheet_to_ui_json_grid_data(worksheet, (0, 0, 10, 10))), expected_json_contents)
def test_postformula_usercode(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '=1'
postformula_usercode = 'worksheet[1, 2].value = worksheet[1, 1].value + 1'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', postformula_usercode), sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 1), (1, 2)]))
self.assertEquals(worksheet[1, 1].value, 1)
self.assertEquals(worksheet[1, 2].value, 2)
self.assertEquals(worksheet[1, 1].formula, '=1')
self.assertEquals(worksheet[1, 2].formula, None)
def test_python_formulae(self):
worksheet = Worksheet()
worksheet[1, 1].python_formula = '1'
worksheet[1, 2].python_formula = '2'
worksheet[1, 3].python_formula = '1 + 2'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''), sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 1), (1, 2), (1, 3)]))
self.assertEquals(worksheet[1, 1].value, 1)
self.assertEquals(worksheet[1, 2].value, 2)
self.assertEquals(worksheet[1, 3].value, 3)
def test_mixed_parameters(self):
ws = Worksheet()
cell_range = ws.cell_range((10, 10), 'C4')
self.assertEquals(cell_range.left, 3)
self.assertEquals(cell_range.top, 4)
self.assertEquals(cell_range.right, 10)
self.assertEquals(cell_range.bottom, 10)
try:
_ = ws.cell_range('wipple', (1, 2))
self.fail('should raise ValueError')
except ValueError, e:
self.assertEquals(str(e), "wipple is not a valid cell location")
def test_double_string_parameters_use_a1_notation(self):
ws = Worksheet()
cell_range = ws.cell_range('A2', 'C4')
self.assertEquals(cell_range.left, 1)
self.assertEquals(cell_range.top, 2)
self.assertEquals(cell_range.right, 3)
self.assertEquals(cell_range.bottom, 4)
try:
_ = ws.cell_range('wabble', 'C4')
self.fail('should raise ValueError')
except ValueError, e:
self.assertEquals(str(e), "wabble is not a valid cell location")
def test_mixed_parameters(self):
ws = Worksheet()
cell_range = ws.cell_range((10, 10),'C4')
self.assertEquals(cell_range.left, 3)
self.assertEquals(cell_range.top, 4)
self.assertEquals(cell_range.right, 10)
self.assertEquals(cell_range.bottom, 10)
try:
_ = ws.cell_range('wipple',(1,2))
self.fail('should raise ValueError')
except ValueError, e:
self.assertEquals(str(e), "wipple is not a valid cell location")
def test_python_formulae(self):
worksheet = Worksheet()
worksheet[1, 1].python_formula = '1'
worksheet[1, 2].python_formula = '2'
worksheet[1, 3].python_formula = '1 + 2'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''),
sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 1), (1, 2), (1, 3)]))
self.assertEquals(worksheet[1, 1].value, 1)
self.assertEquals(worksheet[1, 2].value, 2)
self.assertEquals(worksheet[1, 3].value, 3)
def test_single_string_parameter_uses_formula_notation(self):
ws = Worksheet()
cell_range = ws.cell_range('A2:C4')
self.assertEquals(cell_range.left, 1)
self.assertEquals(cell_range.top, 2)
self.assertEquals(cell_range.right, 3)
self.assertEquals(cell_range.bottom, 4)
try:
_ = ws.cell_range('A1:wibble')
self.fail('should raise ValueError')
except ValueError, e:
self.assertEquals(str(e), "Invalid cell range 'A1:wibble'")
def test_calculate_clears_previous_worksheet_cell_values_before_executing_usercode(
self, mock_execute_usercode
):
calls_list = []
worksheet = Worksheet()
worksheet.clear_values = Mock()
worksheet.clear_values.side_effect = lambda *args : calls_list.append('clear values')
mock_execute_usercode.side_effect = lambda *args : calls_list.append('execute usercode')
calculate(worksheet, sentinel.usercode, sentinel.private_key)
self.assertEquals(calls_list, ['clear values', 'execute usercode'])
def test_single_string_parameter_uses_formula_notation(self):
ws = Worksheet()
cell_range = ws.cell_range('A2:C4')
self.assertEquals(cell_range.left, 1)
self.assertEquals(cell_range.top, 2)
self.assertEquals(cell_range.right, 3)
self.assertEquals(cell_range.bottom, 4)
try:
_ = ws.cell_range('A1:wibble')
self.fail('should raise ValueError')
except ValueError, e:
self.assertEquals(str(e), "Invalid cell range 'A1:wibble'")
def test_double_string_parameters_use_a1_notation(self):
ws = Worksheet()
cell_range = ws.cell_range('A2','C4')
self.assertEquals(cell_range.left, 1)
self.assertEquals(cell_range.top, 2)
self.assertEquals(cell_range.right, 3)
self.assertEquals(cell_range.bottom, 4)
try:
_ = ws.cell_range('wabble','C4')
self.fail('should raise ValueError')
except ValueError, e:
self.assertEquals(str(e), "wabble is not a valid cell location")
def test_calculate_clears_previous_worksheet_cell_values_before_executing_usercode(
self, mock_execute_usercode):
calls_list = []
worksheet = Worksheet()
worksheet.clear_values = Mock()
worksheet.clear_values.side_effect = lambda *args: calls_list.append(
'clear values')
mock_execute_usercode.side_effect = lambda *args: calls_list.append(
'execute usercode')
calculate(worksheet, sentinel.usercode, sentinel.private_key)
self.assertEquals(calls_list, ['clear values', 'execute usercode'])
def test_calculate_catches_and_reports_syntax_errors_to_console(
self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
worksheet.add_console_text = Mock()
def execute_usercode(_, __):
exec('import sys:\nx == my_value')
mock_execute_usercode.side_effect = execute_usercode
calculate(worksheet, sentinel.usercode, sentinel.private_key)
expected_error_text = 'Syntax error at character 11 (line 1)\n'
self.assertIn(((expected_error_text, ), {}),
worksheet.add_console_text.call_args_list)
def test_multiple_constants(self):
worksheet = Worksheet()
worksheet[1, 2].formula = '3'
worksheet[3, 4].formula = '4+5'
worksheet[2, 5].formula = 'blurgle'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''), sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 2), (3, 4), (2, 5)]))
self.assertEquals(worksheet[1, 2].formula, '3')
self.assertEquals(worksheet[3, 4].formula, '4+5')
self.assertEquals(worksheet[2, 5].formula, 'blurgle')
self.assertEquals(worksheet[1, 2].value, 3)
self.assertEquals(worksheet[3, 4].value, '4+5')
self.assertEquals(worksheet[2, 5].value, 'blurgle')
def test_postformula_usercode(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '=1'
postformula_usercode = 'worksheet[1, 2].value = worksheet[1, 1].value + 1'
calculate(worksheet,
SANITY_CHECK_USERCODE % ('', postformula_usercode),
sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 1), (1, 2)]))
self.assertEquals(worksheet[1, 1].value, 1)
self.assertEquals(worksheet[1, 2].value, 2)
self.assertEquals(worksheet[1, 1].formula, '=1')
self.assertEquals(worksheet[1, 2].formula, None)
def test_calculate_catches_and_reports_syntax_errors_to_console(self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
worksheet.add_console_text = Mock()
def execute_usercode(_, __):
exec('import sys:\nx == my_value')
mock_execute_usercode.side_effect = execute_usercode
calculate(worksheet, sentinel.usercode, sentinel.private_key)
expected_error_text = 'Syntax error at character 11 (line 1)\n'
self.assertIn(
((expected_error_text,), {}),
worksheet.add_console_text.call_args_list
)
def test_sheet_to_ui_json_grid_data_should_not_include_totally_empty_cells(
self):
worksheet = Worksheet()
worksheet.A1 = Cell()
expected_json_contents = {
'bottom': 10,
'left': 0,
'right': 10,
'topmost': 0
}
self.assertEquals(
json.loads(sheet_to_ui_json_grid_data(worksheet, (0, 0, 10, 10))),
expected_json_contents)
def test_calculate_clears_previous_worksheet_console_text_and_reports_time(self, mock_time):
recalc_times = [1.3245, 0]
def mock_time_fn():
return recalc_times.pop()
mock_time.side_effect = mock_time_fn
worksheet = Worksheet()
worksheet._console_text = 'previous errors'
worksheet.add_console_text = Mock()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
expected_text = 'Took 1.32s'
self.assertEquals(worksheet.add_console_text.call_args_list[0],
((expected_text,),{'log_type':'system'})
)
def test_preformula_usercode(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '3'
worksheet[1, 3].formula = '=A2 + 1'
preformula_usercode = "worksheet[1, 2].value = worksheet[1, 1].value + 1"
calculate(worksheet, SANITY_CHECK_USERCODE % (preformula_usercode, ''), sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 1), (1, 2), (1, 3)]))
self.assertEquals(worksheet[1, 1].value, 3)
self.assertEquals(worksheet[1, 2].value, 4)
self.assertEquals(worksheet[1, 3].value, 5)
self.assertEquals(worksheet[1, 1].formula, '3')
self.assertEquals(worksheet[1, 2].formula, None)
self.assertEquals(worksheet[1, 3].formula, '=A2 + 1')
def test_multiple_constants(self):
worksheet = Worksheet()
worksheet[1, 2].formula = '3'
worksheet[3, 4].formula = '4+5'
worksheet[2, 5].formula = 'blurgle'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''),
sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 2), (3, 4), (2, 5)]))
self.assertEquals(worksheet[1, 2].formula, '3')
self.assertEquals(worksheet[3, 4].formula, '4+5')
self.assertEquals(worksheet[2, 5].formula, 'blurgle')
self.assertEquals(worksheet[1, 2].value, 3)
self.assertEquals(worksheet[3, 4].value, '4+5')
self.assertEquals(worksheet[2, 5].value, 'blurgle')
def test_arithmetic(self):
worksheet = Worksheet()
worksheet[1, 2].formula = '=3'
worksheet[3, 4].formula = '=4+5'
worksheet[4, 4].formula = '=1/10'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''), sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 2), (3, 4), (4, 4)]))
self.assertEquals(worksheet[1, 2].value, 3)
self.assertEquals(worksheet[3, 4].value, 9)
self.assertEquals(worksheet[4, 4].value, 0.1)
self.assertEquals(worksheet[1, 2].formula, '=3')
self.assertEquals(worksheet[3, 4].formula, '=4+5')
self.assertEquals(worksheet[4, 4].formula, '=1/10')
def test_to_location(self):
ws = Worksheet()
self.assertEquals(ws.to_location((1, 2)), (1, 2))
self.assertEquals(ws.to_location((1L, 2L)), (1L, 2L))
self.assertEquals(ws.to_location(('a', 2)), (1, 2))
self.assertEquals(ws.to_location(('A', 2)), (1, 2))
self.assertEquals(ws.to_location('a2'), (1, 2))
self.assertEquals(ws.to_location('A2'), (1, 2))
self.assertEquals(ws.to_location('A'), None)
self.assertEquals(ws.to_location('1A'), None)
self.assertEquals(ws.to_location((1, 'A')), None)
self.assertEquals(ws.to_location(123), None)
self.assertEquals(ws.to_location(object()), None)
def api_json_to_worksheet(sheet_json):
sheet_values = jsonlib.loads(sheet_json)
worksheet = Worksheet()
worksheet.name = sheet_values.get('name', 'Untitled')
for key, value in sheet_values.iteritems():
if key == "usercode_error":
worksheet._usercode_error = value
elif isinstance(value, dict):
rows = value
col = int(key)
for row, value in rows.iteritems():
row = int(row)
worksheet[col, row].value = value
return worksheet
def test_should_put_data_into_existing_worksheet_with_offset_for_excel_and_auto(
self):
for excel_encoding in [True, False]:
csv = StringIO()
csv.write('abc,123\n')
csv.write('def, \n')
csv.size = 10
csv.seek(0)
existing_worksheet = Worksheet()
for row in range(1, 6):
for col in range(1, 5):
existing_worksheet[col, row].formula = 'old'
worksheet = worksheet_from_csv(existing_worksheet, csv, 2, 3,
excel_encoding)
self.assertEquals(worksheet.A1.formula, 'old')
self.assertEquals(worksheet.B1.formula, 'old')
self.assertEquals(worksheet.A2.formula, 'old')
self.assertEquals(worksheet.B3.formula, 'abc')
self.assertEquals(worksheet.C3.formula, '123')
self.assertEquals(worksheet.B4.formula, 'def')
self.assertEquals(worksheet.C4.formula, ' ')
self.assertEquals(worksheet.C5.formula, 'old')
self.assertEquals(worksheet.D3.formula, 'old')
self.assertEquals(worksheet.B5.formula, 'old')
