def setUp(self):
"""Manually add a problem to the test database"""
self.p = Problem(**test_problem)
self.pd = ProblemData(**test_problem_data)
self.cases = list()
for c in test_cases:
self.cases.append(SampleCase(**c))
# Ship it off to the db
try:
session.add(self.p)
session.add(self.pd)
for c in self.cases: session.add(c)
session.commit()
except:
session.rollback()
_reinsert_test_problem(self.p, self.pd, self.cases)
# Log in
self.login()
def create_problem():
"""Add a new problem to the database and data folder"""
try:
# Convert the JSON to python array of dictionaries
cases = request.form['cases']
cases = loads(cases)
for case in cases:
if 'input' not in case or 'output' not in case:
return serve_error(
'Sample case(s) were not formed correctly',
response_code=400)
# Create the problem
name = request.form['name'][:32]
shortname = name.lower().replace(' ', '')
problem = Problem(
name=name,
shortname=shortname
)
if 'difficulty' in request.form:
problem.difficulty = request.form['difficulty']
if 'appeared_in' in request.form:
problem.appeared = request.form['appeared_in']
problem.comp_release = request.form['comp_release'] or None
# Create the problem data and add it to the database
problem_data = ProblemData(
description=request.form['description'],
input_desc=request.form['input_desc'],
output_desc=request.form['output_desc']
)
if 'time_limit' in request.form:
problem_data.time_limit = request.form['time_limit']
# Create list of sample cases
case_num = 1
sample_cases = list()
for case in cases:
sample = SampleCase(
case_num=case_num,
input=case['input'],
output=case['output']
)
case_num += 1
sample_cases.append(sample)
in_file = zipfile.ZipFile(request.files['in_file'])
out_file = zipfile.ZipFile(request.files['out_file'])
sol_file = request.files['sol_file']
# If any required values were missing, serve an error
except KeyError as err:
return serve_error('Form field not found: ' + err[0],
response_code=400)
# Commit everything to the database
pid = problem.commit_to_session()
problem_data.pid = pid
problem_data.commit_to_session()
for case in sample_cases:
case.pid = pid
case.commit_to_session()
# Store the judge data
directory = os.path.join(app.config['DATA_FOLDER'],
'problems', str(problem.pid))
in_file.extractall(directory)
out_file.extractall(directory)
os.mkdir(os.path.join(directory, 'test'))
sol_file.save(os.path.join(directory, 'test', sol_file.filename))
return serve_response({
'name': problem.name,
'shortname': problem.shortname,
'description': problem_data.description,
'input_desc': problem_data.input_desc,
'output_desc': problem_data.output_desc,
'sample_cases': cases,
'pid': problem.pid,
'difficulty': problem.difficulty
})
class ProblemGetTests(AUACMTest):
"""Tests functionality for GET-ing problems from the API"""
def setUp(self):
"""Manually add a problem to the test database"""
self.p = Problem(**test_problem)
self.pd = ProblemData(**test_problem_data)
self.cases = list()
for c in test_cases:
self.cases.append(SampleCase(**c))
# Ship it off to the db
try:
session.add(self.p)
session.add(self.pd)
for c in self.cases: session.add(c)
session.commit()
except:
session.rollback()
_reinsert_test_problem(self.p, self.pd, self.cases)
# Log in
self.login()
def tearDown(self):
"""Manually remove test problem from the test database"""
for c in self.cases:
session.delete(c)
session.delete(self.pd)
session.delete(self.p)
session.commit()
# Log out of this session too
self.logout()
def testGetAll(self):
"""Should get basic info about all the problems"""
# Check that the request went through
resp = test_app.get('/api/problems')
self.assertEqual(200, resp.status_code)
rv = json.loads(resp.data.decode())
self.assertFalse('Please log in' in str(rv))
# Find the test problem in the list returned
found = None
for prob in rv['data']:
if prob['pid'] == test_problem['pid']:
found = prob
self.assertTrue(len(rv['data']) > 0)
self.assertFalse(found is None)
# All the original values should be maintained
for k in test_problem:
self.assertEqual(str(test_problem[k]), str(found[k]))
def testGetOne(self):
"""Should get detailed info about one specific problem"""
resp = test_app.get('/api/problems/' + str(test_problem['pid']))
self.assertEqual(200, resp.status_code)
rv = json.loads(resp.data.decode())
self.assertFalse('Please log in' in str(rv))
# Time limit doesn't get returned from the API, so take it out of our
# validation
data_validate = copy.deepcopy(test_problem_data)
data_validate.pop('time_limit')
prob = rv['data']
for key in test_problem:
self.assertEqual(str(test_problem[key]), str(prob[key]))
for key in data_validate:
self.assertEqual(str(test_problem_data[key]), str(prob[key]))
def testHideUnreleasedProblem(self):
"""Test that GET-ting an unreleased problem returns a 404"""
unreleased_cid = self._setUpUnreleasedComp()
resp = test_app.get('/api/problems/{}'.format(self.p.pid))
self.assertEqual(404, resp.status_code)
self._tearDownComp(unreleased_cid)
def testHideUnreleasedProblems(self):
"""
Test that GET-ting all problems doesn't return unreleased problems
"""
unreleased_cid = self._setUpUnreleasedComp()
resp = test_app.get('/api/problems')
self.assertEqual(200, resp.status_code)
rv = json.loads(resp.data.decode())['data']
# Test problem should be hidden
for prob in rv:
self.assertNotEqual(self.p.pid, prob['pid'])
self._tearDownComp(unreleased_cid)
def _setUpUnreleasedComp(self):
"""
Creates an unreleased competition and associates the test's problem with it
:return: the cid of the new competition
"""
unreleased_cid = Competition(
name='Test Competition',
start=int(time() + 10000),
stop=int(time() + 20000),
closed=0
).commit_to_session(session)
self.p.comp_release = unreleased_cid
self.p.commit_to_session(session)
return unreleased_cid
def _tearDownComp(self, cid):
"""Removes a competition from the database by its cid"""
session.delete(
session.query(Competition)
.filter_by(cid=cid)
.first()
)
session.commit()