def test_GIVEN_date_WHEN_convert_THEN_date_returned(self):
date = datetime.datetime(2012, 1, 1, 0, 0, 0)
datestr = date.strftime("%Y-%m-%d %X")
input = "'" + datestr + "'"
output = f90_helper.f90_str_to_python(input)
expected_output = date
assert_that(output, is_(expected_output))
def get_value_as_python(self, is_list=False):
"""
Get the Parameter value, converting a Fortran namelist string to a Python type
:param is_list: Indicates whether this value is a list
:return: Python type
"""
return f90_helper.f90_str_to_python(self.value, is_list)
def test_GIVEN_list_of_strings_WHEN_convert_to_list_THEN_list_of_strings_returned(self):
input = "'str1' 'str2' 'str3'"
output = f90_helper.f90_str_to_python(input, True)
expected_output = ["str1", "str2", "str3"]
assert_that(output, is_(expected_output))
def test_GIVEN_list_of_ints_WHEN_convert_to_list_THEN_list_of_ints_returned(self):
input = '2 4 6 8 10'
output = f90_helper.f90_str_to_python(input, True)
expected_output = [2, 4, 6, 8, 10]
assert_that(output, is_(expected_output))
def test_GIVEN_scientific_WHEN_convert_THEN_float_returned(self):
input = '3E-4'
output = f90_helper.f90_str_to_python(input)
expected_output = 0.0003
assert_that(output, is_(expected_output))
assert isinstance(output, float)
def test_GIVEN_float_WHEN_convert_THEN_float_returned(self):
input = '3600.0'
output = f90_helper.f90_str_to_python(input)
expected_output = 3600.0
assert_that(output, is_(expected_output))
assert isinstance(output, float)
def test_GIVEN_bool_false_WHEN_convert_THEN_false_returned(self):
input = '.false.'
output = f90_helper.f90_str_to_python(input)
assert isinstance(output, bool)
assert (not output)
def test_GIVEN_string_with_comma_WHEN_convert_THEN_string_returned(self):
input = "'text string here', 'more string'"
output = f90_helper.f90_str_to_python(input)
expected_output = "text string here', 'more string"
assert_that(output, is_(expected_output))
def test_GIVEN_list_of_bools_WHEN_convert_to_list_THEN_list_of_bools_returned(self):
input = ".false. F f FALSE .true. T t TRUE"
output = f90_helper.f90_str_to_python(input, True)
expected_output = [False, False, False, False, True, True, True, True]
assert_that(output, is_(expected_output))
