def submission_protocol(self, subm_id):
subm = self._submission_descr(subm_id)
if subm == None: return []
try:
subm = subm['judgement']['results']
except KeyError:
return []
return [
bjtypes.test_t(self._convert_verdict(i['verdict__str']),
self._convert_stats(i)) for i in subm
]
def submission_protocol(self, id):
data = self._request_json("/py/protocol/get/%d"%int(id)).get('tests', {})
ans = []
status_codes = dict(
OK='OK',
RT='Run-time error',
TL='Time-limit exceeded',
PE='Presentation error',
WA='Wrong answer',
CF='Check failed',
ML='Memory limit exceeded',
SE='Security violation',
SV='Style violation',
WT='Wall time limit exceeded',
SK='Skipped'
)
return [bjtypes.test_t(status_codes[data[str(k)]['status']], {'time_usage': data[str(k)]['time']/1000, 'memory_usage': int(data[str(k)]['max_memory_used'])}) for k in sorted(map(int, data))]
def submission_protocol(self, id):
code, headers, data = self._cache_get(self.urls['protocol'].format(run_id=id))
if b'<input type="submit" name="action_35" value="Change!" />' in data:
raise BruteError("Password change is required.")
if code != 200:
raise BruteError("Failed to fetch testing protocol.")
w = data.count(b'<th ')
if w == 0: return []
splitted = data.decode('utf-8').split('<td class="b1">')[1:]
data = [x.split("</td>")[0] for x in splitted]
statuses = [i[:-7].split('>')[-1] for i in data[1::w]]
tls = []
for i in map(html.unescape, data[2::w]):
if i.startswith('>'): i = i[1:]
tls.append(float(i))
assert len(statuses) == len(tls)
return [bjtypes.test_t(i, {'time_usage': j}) for i, j in zip(statuses, tls)]
def submission_protocol(self, subm_id):
data = self._get_submission(subm_id, self._get_submissions()[1])
ntests = int(data.get('testCount', 0))
ans = []
for i in range(ntests):
stats = {}
try:
stats['time_usage'] = float(
data['timeConsumed#' + str(i + 1)]) / 1000
except KeyError:
pass
try:
stats['memory_usage'] = int(data['memoryConsumed#' +
str(i + 1)])
except KeyError:
pass
try:
ans.append(
bjtypes.test_t(
self._format_status(data['verdict#' + str(i + 1)]),
stats))
except KeyError:
pass
return ans
def submission_protocol(self, run_id):
data = self._submission_descr(run_id)
try: data = data['testing_report']['tests']
except KeyError: return [], []
return [bjtypes.test_t(STATUS_NAMES[i['status']], {'time_usage': i['time_ms'] / 1000}) for i in data]
def submission_protocol(self, id):
code, headers, data = self._cache_get('/runs/%s/protocol?compile_log=true&resource_usage=true'%self._get_uuid(int(id)))
if code != 200: return []
return [bjtypes.test_t(self._format_status(i['status']['code']), {'time_usage': i['time_usage']/1000000000, 'memory_usage': i['memory_usage']}) for i in data['tests']]