def read_tests_results(run: EjudgeRun):
try:
run.fetch_tested_protocol_data()
tests = OrderedDict()
if run.tests:
for num in range(1, len(run.tests) + 1):
str_num = str(num)
tests[str_num] = run.get_test_full_protocol(str_num)
return {'tests': tests, 'compiler_output': run.compiler_output}
except Exception as e:
current_app.logger.info("{}".format(e))
raise ProtocolNotFoundError
def test_should_raise_if_no_tests_node(self, protocol):
run = EjudgeRun(contest_id=1, run_id=1)
protocol.return_value = '''<?xml version="1.0" encoding="utf-8"?>
<testing-report run-id="46" judge-id="44" status="OK" scoring="KIROV" run-tests="66" contest-id="2233" real-time-available="yes" max-memory-used-available="yes" correct-available="yes" tests-passed="66" score="100" max-score="100" time-limit-ms="1000" real-time-limit-ms="5000" marked-flag="no" >
<uuid>65e9229d-be59-4c37-92b6-8729b20929d5</uuid>
<host>vm-02-04</host>
<cpu-model>Intel Core Processor (Haswell)</cpu-model>
<cpu-mhz>3299.996</cpu-mhz>
<compiler_output></compiler_output>
</testing-report>'''
with self.assertRaises(TestsNotFoundError):
run.fetch_tested_protocol_data()
def create_runs(self):
"""
contest_id | run_id
1 | 10
2 | 20
3 | 30
4 | 40
5 | 50
"""
for i in range(1, 6):
run = EjudgeRun(contest_id=i, run_id=i * 10)
db.session.add(run)
db.session.commit()
def test_should_parse_valid_xml(self, protocol):
run = EjudgeRun(contest_id=1, run_id=1)
protocol.return_value = '''<?xml version="1.0" encoding="utf-8"?>
<testing-report run-id="46" judge-id="44" status="OK" scoring="KIROV" run-tests="66" contest-id="2233"
real-time-available="yes" max-memory-used-available="yes" correct-available="yes" tests-passed="66"
score="100" max-score="100" time-limit-ms="1000" real-time-limit-ms="5000" marked-flag="no">
<uuid>65e9229d-be59-4c37-92b6-8729b20929d5</uuid>
<host>vm-02-04</host>
<cpu-model>Intel Core Processor (Haswell)</cpu-model>
<cpu-mhz>3299.996</cpu-mhz>
<compiler_output></compiler_output>
<tests>
<test num="1" status="OK" time="0" real-time="1" max-memory-used="1806336" nominal-score="0" score="0"
checker-comment="OK">
<program-stats-str>{ utime=0, stime=0, ptime=0, rtime=1, maxvsz=1806336, maxrss=7340032, nvcsw=1, nivcsw=4
}
</program-stats-str>
<checker-stats-str>{ utime=0, stime=0, ptime=0, rtime=5, maxvsz=335872, maxrss=7340032, nvcsw=3, nivcsw=8
}
</checker-stats-str>
<input size="17">5
01
10
01
01
10
</input>
<output size="2">0
</output>
<correct size="2">0
</correct>
<stderr size="0"></stderr>
<checker size="3">OK
</checker>
</test>
<test num="2" status="OK" time="0" real-time="1" max-memory-used="1806336" nominal-score="0" score="0"
checker-comment="OK">
<program-stats-str>{ utime=0, stime=0, ptime=0, rtime=1, maxvsz=1806336, maxrss=7340032, nvcsw=1, nivcsw=1
}
</program-stats-str>
<checker-stats-str>{ utime=0, stime=0, ptime=0, rtime=4, maxvsz=335872, maxrss=7340032, nvcsw=3, nivcsw=7
}
</checker-stats-str>
<input size="22">5
120
102
210
021
012
</input>
<output size="2">1
</output>
<correct size="2">1
</correct>
<stderr size="0"></stderr>
<checker size="3">OK
</checker>
</test>
</tests>
</testing-report>'''
try:
run.fetch_tested_protocol_data()
assert run.test_count == 2, 'should parse 2 tests'
assert len(run.tests) == 2, 'should parse 2 tests'
except TestsNotFoundError as exc:
self.fail('should not raise TestsNotFoundError for valid XML')
def test_should_raise_if_no_report_node(self, protocol):
run = EjudgeRun(contest_id=1, run_id=1)
protocol.return_value = '''<?xml version="1.0" encoding="utf-8"?>'''
with self.assertRaises(xml.parsers.expat.ExpatError):
run.fetch_tested_protocol_data()
def test_should_raise_if_empty_protocol(self, protocol):
run = EjudgeRun(contest_id=1, run_id=1)
protocol.return_value = ''
with self.assertRaises(xml.parsers.expat.ExpatError):
run.fetch_tested_protocol_data()
def read_protocol(run: EjudgeRun) -> dict:
tests_results = read_tests_results(run)
audit = run.get_audit()
tests_results['audit'] = audit
return tests_results