def test_calculate_should_execute_usercode_with_correct_context_and_curried_evaluate_formulae_in_context(
self, mock_evaluate_formulae_in_context, mock_execute_usercode
):
worksheet = Worksheet()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
args, kwargs = mock_execute_usercode.call_args
self.assertEquals(kwargs, {})
self.assertEquals(args[0], sentinel.usercode)
context = args[1]
self.assertEquals(context['CellRange'], CellRange)
self.assertEquals(context['DateTime'], DateTime)
self.assertEquals(context['FormulaError'], FormulaError)
self.assertEquals(context['_raise'], _raise)
self.assertEquals(context['sys'], sys)
self.assertEquals(context['worksheet'], worksheet)
self.assertEquals(context['load_constants'], load_constants)
self.assertEquals(context['undefined'], undefined)
evaluate_formulae = context['evaluate_formulae']
evaluate_formulae(sentinel.worksheet)
self.assertEquals(
mock_evaluate_formulae_in_context.call_args,
((sentinel.worksheet, context), {})
)
def test_calculate_should_execute_usercode_with_correct_context_and_curried_evaluate_formulae_in_context(
self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
args, kwargs = mock_execute_usercode.call_args
self.assertEquals(kwargs, {})
self.assertEquals(args[0], sentinel.usercode)
context = args[1]
self.assertEquals(context['CellRange'], CellRange)
self.assertEquals(context['DateTime'], DateTime)
self.assertEquals(context['FormulaError'], FormulaError)
self.assertEquals(context['_raise'], _raise)
self.assertEquals(context['sys'], sys)
self.assertEquals(context['worksheet'], worksheet)
self.assertEquals(context['load_constants'], load_constants)
self.assertEquals(context['undefined'], undefined)
evaluate_formulae = context['evaluate_formulae']
evaluate_formulae(sentinel.worksheet)
self.assertEquals(mock_evaluate_formulae_in_context.call_args,
((sentinel.worksheet, context), {}))
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_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_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_calculate_patches_sys_stdout(
self, mock_execute_usercode
):
worksheet = Worksheet()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
context = mock_execute_usercode.call_args[0][1]
self.assertEquals(type(context['sys'].stdout),
MyStdout)
self.assertEquals(context['sys'].stdout.worksheet, worksheet)
def test_calculate_catches_usercode_exceptions(self, mock_execute_usercode):
worksheet = Worksheet()
def execute_usercode(_, __):
exec('1/0\n')
mock_execute_usercode.side_effect = execute_usercode
try:
calculate(worksheet, sentinel.usercode, sentinel.private_key)
except:
self.fail("Unhandled exception when executing broken usercode")
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_calculate_catches_usercode_exceptions(self,
mock_execute_usercode):
worksheet = Worksheet()
def execute_usercode(_, __):
exec('1/0\n')
mock_execute_usercode.side_effect = execute_usercode
try:
calculate(worksheet, sentinel.usercode, sentinel.private_key)
except:
self.fail("Unhandled exception when executing broken usercode")
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_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_calculate_puts_curried_run_worksheet_into_context(self, mock_run_worksheet, mock_execute_usercode):
worksheet = Worksheet()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
args, kwargs = mock_execute_usercode.call_args
context = args[1]
curried_run_worksheet = context['run_worksheet']
self.assertEquals(mock_run_worksheet.call_args_list, [])
curried_run_worksheet(sentinel.urls)
self.assertCalledOnce(mock_run_worksheet, sentinel.urls, None, sentinel.private_key)
mock_run_worksheet.reset_mock()
curried_run_worksheet(sentinel.urls, sentinel.overrides)
self.assertCalledOnce(mock_run_worksheet, sentinel.urls, sentinel.overrides, sentinel.private_key)
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_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_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_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_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_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_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_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_calculate_catches_and_reports_syntax_errors_with_special_message_in_worksheet_usercode_error_field(
self):
def patched_execute_usercode(_, __):
exec('import sys:\nx == my_value')
worksheet = Worksheet()
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 = {'message': 'Syntax error at character 11', 'line': 1}
self.assertEquals(worksheet._usercode_error, expected)
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_calculate_puts_curried_run_worksheet_into_context(
self, mock_run_worksheet, mock_execute_usercode):
worksheet = Worksheet()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
args, kwargs = mock_execute_usercode.call_args
context = args[1]
curried_run_worksheet = context['run_worksheet']
self.assertEquals(mock_run_worksheet.call_args_list, [])
curried_run_worksheet(sentinel.urls)
self.assertCalledOnce(mock_run_worksheet, sentinel.urls, None,
sentinel.private_key)
mock_run_worksheet.reset_mock()
curried_run_worksheet(sentinel.urls, sentinel.overrides)
self.assertCalledOnce(mock_run_worksheet, sentinel.urls,
sentinel.overrides, sentinel.private_key)
def test_calculate_catches_and_reports_exceptions_in_worksheet_usercode_error_field(self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
def execute_usercode(_, __):
exec(
'import sys\n'
'def func():\n'
' x = my_value\n'
'func()\n'
)
mock_execute_usercode.side_effect = execute_usercode
calculate(worksheet, sentinel.usercode, sentinel.private_key)
expected = {
'message': 'NameError: global name \'my_value\' is not defined',
'line': 3,
}
self.assertEquals(worksheet._usercode_error, expected)
def test_calculate_catches_and_reports_exceptions_in_worksheet_usercode_error_field(
self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
def execute_usercode(_, __):
exec('import sys\n'
'def func():\n'
' x = my_value\n'
'func()\n')
mock_execute_usercode.side_effect = execute_usercode
calculate(worksheet, sentinel.usercode, sentinel.private_key)
expected = {
'message': 'NameError: global name \'my_value\' is not defined',
'line': 3,
}
self.assertEquals(worksheet._usercode_error, expected)
def test_preformula_usercode_functions(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '1'
worksheet[1, 2].formula = '=foo(3)'
preformula_usercode = dedent('''
def foo(value):
return worksheet[1, 1].value + value
''')
calculate(worksheet, SANITY_CHECK_USERCODE % (preformula_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, 4)
self.assertEquals(worksheet[1, 1].formula, '1')
self.assertEquals(worksheet[1, 2].formula, '=foo(3)')
def test_preformula_usercode_functions(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '1'
worksheet[1, 2].formula = '=foo(3)'
preformula_usercode = dedent('''
def foo(value):
return worksheet[1, 1].value + value
''')
calculate(worksheet, SANITY_CHECK_USERCODE % (preformula_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, 4)
self.assertEquals(worksheet[1, 1].formula, '1')
self.assertEquals(worksheet[1, 2].formula, '=foo(3)')
def test_calculate_catches_and_reports_syntax_errors_with_special_message_in_worksheet_usercode_error_field(self):
def patched_execute_usercode(_, __):
exec('import sys:\nx == my_value')
worksheet = Worksheet()
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 = {
'message': 'Syntax error at character 11',
'line': 1
}
self.assertEquals(worksheet._usercode_error, expected)
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_formulae(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '=1'
worksheet[1, 2].formula = '=2'
worksheet[1, 3].formula = '=A1 + A2'
worksheet[1, 4].formula = '=DateTime(2000, 1, 2, 3, 4, 5)'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''), sentinel.private_key)
self.assertEquals(set(worksheet.keys()), set([(1, 1), (1, 2), (1, 3), (1, 4)]))
self.assertEquals(worksheet[1, 1].value, 1)
self.assertEquals(worksheet[1, 2].value, 2)
self.assertEquals(worksheet[1, 3].value, 3)
self.assertEquals(worksheet[1, 4].value, datetime(2000, 1, 2, 3, 4, 5))
self.assertEquals(worksheet[1, 1].formula, '=1')
self.assertEquals(worksheet[1, 2].formula, '=2')
self.assertEquals(worksheet[1, 3].formula, '=A1 + A2')
self.assertEquals(worksheet[1, 4].formula, '=DateTime(2000, 1, 2, 3, 4, 5)')
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_formulae(self):
worksheet = Worksheet()
worksheet[1, 1].formula = '=1'
worksheet[1, 2].formula = '=2'
worksheet[1, 3].formula = '=A1 + A2'
worksheet[1, 4].formula = '=DateTime(2000, 1, 2, 3, 4, 5)'
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''),
sentinel.private_key)
self.assertEquals(set(worksheet.keys()),
set([(1, 1), (1, 2), (1, 3), (1, 4)]))
self.assertEquals(worksheet[1, 1].value, 1)
self.assertEquals(worksheet[1, 2].value, 2)
self.assertEquals(worksheet[1, 3].value, 3)
self.assertEquals(worksheet[1, 4].value, datetime(2000, 1, 2, 3, 4, 5))
self.assertEquals(worksheet[1, 1].formula, '=1')
self.assertEquals(worksheet[1, 2].formula, '=2')
self.assertEquals(worksheet[1, 3].formula, '=A1 + A2')
self.assertEquals(worksheet[1, 4].formula,
'=DateTime(2000, 1, 2, 3, 4, 5)')
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_empty_worksheet(self):
worksheet = Worksheet()
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''), sentinel.private_key)
self.assertEquals(worksheet, Worksheet())
def test_calculate_patches_sys_stdout(self, mock_execute_usercode):
worksheet = Worksheet()
calculate(worksheet, sentinel.usercode, sentinel.private_key)
context = mock_execute_usercode.call_args[0][1]
self.assertEquals(type(context['sys'].stdout), MyStdout)
self.assertEquals(context['sys'].stdout.worksheet, worksheet)
def test_calculate_clears_previous_worksheet_usercode_error(
self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
worksheet._usercode_error = "Argh!"
calculate(worksheet, sentinel.usercode, sentinel.private_key)
self.assertEquals(worksheet._usercode_error, None)
def test_totally_empty(self):
worksheet = Worksheet()
calculate(worksheet, '', sentinel.private_key)
self.assertEquals(worksheet, Worksheet())
def test_totally_empty(self):
worksheet = Worksheet()
calculate(worksheet, '', sentinel.private_key)
self.assertEquals(worksheet, Worksheet())
def test_empty_worksheet(self):
worksheet = Worksheet()
calculate(worksheet, SANITY_CHECK_USERCODE % ('', ''),
sentinel.private_key)
self.assertEquals(worksheet, Worksheet())
def test_calculate_clears_previous_worksheet_usercode_error(self, mock_evaluate_formulae_in_context, mock_execute_usercode):
worksheet = Worksheet()
worksheet._usercode_error = "Argh!"
calculate(worksheet, sentinel.usercode, sentinel.private_key)
self.assertEquals(worksheet._usercode_error, None)
