def setUp(self):
"""
On test start, initialise the points and set up the code feedback library
to provide feedback for this test.
"""
self.points = 0
Feedback.set_test(self)
def setUpClass(self):
"""
On start, run the user code and generate answer tuples.
"""
Feedback.set_test(self)
base_dir = os.environ.get("MERGE_DIR")
job_dir = os.environ.get("JOB_DIR")
filenames_dir = os.environ.get("FILENAMES_DIR")
self.student_code_abs_path = join(base_dir, self.student_code_file)
# Load data so that we can use it in the test cases
filenames_dir = os.environ.get("FILENAMES_DIR")
with open(join(filenames_dir, 'data.json')) as f:
self.data = json.load(f)
ref_result, student_result, plot_value = execute_code(
join(filenames_dir, 'ans.py'),
join(base_dir, self.student_code_file), self.include_plt,
join(base_dir, 'output.txt'), self.iter_num)
answerTuple = namedtuple('answerTuple', ref_result.keys())
self.ref = answerTuple(**ref_result)
studentTuple = namedtuple('studentTuple', student_result.keys())
self.st = studentTuple(**student_result)
self.plt = plot_value
if self.include_plt:
self.display_plot()
def setUpClass(cls):
"""
On start, run the user code and generate answer tuples.
"""
Feedback.set_test(cls)
filenames_dir = os.environ.get("FILENAMES_DIR")
base_dir = os.environ.get("MERGE_DIR")
cls.student_code_abs_path = join(base_dir, cls.student_code_file)
ref_result, student_result, plot_value = execute_code(
join(filenames_dir, 'ans.py'),
join(base_dir, cls.student_code_file), cls.include_plt,
join(base_dir, 'output.txt'), cls.iter_num)
answerTuple = namedtuple('answerTuple', ref_result.keys())
cls.ref = answerTuple(**ref_result)
studentTuple = namedtuple('studentTuple', student_result.keys())
cls.st = studentTuple(**student_result)
cls.plt = plot_value
if cls.include_plt:
cls.display_plot()
