def test_initial_access(self):
"""Tests that initially, a non-authenticating server is accessible,
but an authenticating one is not."""
viewer_port = int(os.environ['CC_TEST_VIEWER_PORT'])
client_unprivileged = CCViewerHelper(self.host,
viewer_port,
'/',
True,
None)
client_privileged = CCViewerHelper(self.host,
self.port,
'/',
True,
None)
self.assertIsNotNone(client_unprivileged.getAPIVersion(),
"Unprivileged client was not accessible.")
try:
client_privileged.getAPIVersion()
success = False
except TProtocolException as tpe:
# The server reports a HTTP 401 error which
# is not a valid Thrift response.
# But if it does so, it passes the test!
success = True
self.assertTrue(success,
"Privileged client allowed access without session.")
def setUp(self):
host = 'localhost'
port = int(os.environ['CC_TEST_VIEWER_PORT'])
uri = '/'
self._testproject_data = json.loads(os.environ['CC_TEST_PROJECT_INFO'])
self.assertIsNotNone(self._testproject_data)
self._cc_client = CCViewerHelper(host, port, uri)
def test_privileged_access(self):
"""Tests that initially, a non-authenticating server is accessible,
but an authenticating one is not."""
auth_client = CCAuthHelper(self.host, self.port, self.uri, True, None)
handshake = auth_client.getAuthParameters()
self.assertTrue(handshake.requiresAuthentication,
"Privileged server " +
"did not report that it requires authentication.")
self.assertFalse(handshake.sessionStillActive, "Empty session was " +
"reported to be still active.")
sessionToken = auth_client.performLogin("Username:Password",
"invalid:invalid")
self.assertIsNone(sessionToken, "Invalid credentials gave us a token!")
self.sessionToken = auth_client.performLogin("Username:Password",
"cc:test")
self.assertIsNotNone(self.sessionToken,
"Valid credentials didn't give us a token!")
handshake = auth_client.getAuthParameters()
self.assertTrue(handshake.requiresAuthentication,
"Privileged server " +
"did not report that it requires authentication.")
self.assertFalse(handshake.sessionStillActive,
"Valid session was " + "reported not to be active.")
client = CCViewerHelper(self.host,
self.port,
'/',
True,
self.sessionToken)
self.assertIsNotNone(client.getAPIVersion(),
"Privileged server didn't respond properly.")
auth_client = CCAuthHelper(self.host, self.port, self.uri, True,
self.sessionToken)
result = auth_client.destroySession()
self.assertTrue(result, "Server did not allow us to destroy session.")
try:
client.getAPIVersion()
success = False
except TProtocolException as tpe:
# The server reports a HTTP 401 error which
# is not a valid Thrift response.
# But if it does so, it passes the test!
success = True
self.assertTrue(success,
"Privileged client allowed access after logout.")
handshake = auth_client.getAuthParameters()
self.assertFalse(handshake.sessionStillActive,
"Destroyed session was " +
"reported to be still active.")
def delete_results(host, port, run_id, performance_data):
"""
Remove run result for a run and measure remove time.
"""
with CCViewerHelper(host, port, '/') as viewer_client:
run_perf = {}
with Timer('removeRunResults', run_perf):
viewer_client.removeRunResults([run_id])
add_measurement_data(run_id, performance_data, run_perf)
def main():
# handle argument parsing
parseArgs()
#--- main part -------------------------------------------------------------
reportTimeList = []
getTimeList = []
with CCReportHelper(args.address, args.check_port) as ccReporter, \
CCViewerHelper(args.address, args.view_port, '/') as ccViewer, \
open(args.output, 'r+') as outFile:
outFile.truncate()
for runCount in range(runNumber):
before = datetime.datetime.now()
run_id = ccReporter.addCheckerRun('command', 'name_' + str(runCount) + '_' + str(uuid4()),
'version', False)
report_ids = []
for fileCount in range(fileNumber):
print('\nrun: ' + str(runCount + 1) + '/' + str(runNumber) + '\nfile: ' + str(fileCount + 1) + '/' + str(fileNumber))
file_id = ccReporter.needFileContent(run_id, 'file_' + str(fileCount)).fileId
ccReporter.addFileContent(file_id, fileContent)
build_action_id = ccReporter.addBuildAction(run_id,
'build_cmd_' + str(fileCount),
'check_cmd_' + str(fileCount),
'target_' + str(fileCount))
ccReporter.finishBuildAction(build_action_id, '')
for bugCount in range(bugPerFile):
bug_pathes = []
bug_events = []
for bugElementCount in range(bugLength):
line = bugCount * bugLength + bugElementCount + 1
bug_pathes.append(BugPathPos(line, 1, line, 10, file_id))
bug_events.append(BugPathEvent(line, 1, line, 10, 'event_msg', file_id))
report_id = ccReporter.addReport(build_action_id,
file_id,
'hash_' + str(run_id) + '_' + str(fileCount) + '_' + str(bugCount),
1,
'checker_message',
bug_pathes,
bug_events,
'checker_name',
'checker_cat',
'bug_type',
1)
report_ids.append(report_id)
#ccReporter.moduleToReport(run_id, 'module_id', report_ids)
ccReporter.finishCheckerRun(run_id)
after = datetime.datetime.now()
time = (after - before).total_seconds()
reportTimeList.append(time)
before = datetime.datetime.now()
runIDs = [rundata.runId for rundata in ccViewer.getRunData()]
after = datetime.datetime.now()
time = (after - before).total_seconds()
getTimeList.append(time)
before = datetime.datetime.now()
res = ccViewer.getAllRunResults(runIDs[-1])
after = datetime.datetime.now()
time = (after - before).total_seconds()
getTimeList.append(time)
before = datetime.datetime.now()
ccViewer.getReportDetails(res[-1].reportId)
after = datetime.datetime.now()
time = (after - before).total_seconds()
getTimeList.append(time)
s = str(runCount) + ';' + str(reportTimeList[-1]) + ';' + str(getTimeList[-3]) + ';' + str(getTimeList[-2]) + ';' + str(getTimeList[-1])
print(s)
outFile.write(s + '\n')
def measure(test_conf,
performance_data,
store_done,
proc_done_counter,
proc_counter_lock,
keep):
"""
Fill up a run with the configured values.
"""
try:
log.debug("Generating and storing results ...")
number_of_runs = test_conf.get("number_of_runs", 1)
# TODO simulate append by using the same run name in multiple threads
run_perf = {}
for run_count in range(number_of_runs):
run_name = 'name_' + str(run_count) + '_' + str(uuid4())
file_line_size = test_conf.get("file_line_size")
file_content = zlib.compress('\n'.join(['A' * 80] *
file_line_size),
zlib.Z_BEST_COMPRESSION)
with Timer('store', run_perf):
run_id = store(test_conf, run_name, file_content)
log.debug("Storing results for run " + str(run_id) + " done.")
with proc_counter_lock:
proc_done_counter.value -= 1
# wait here for other processes to finish storing results
# before measuiring queries
store_done.wait()
view_host, view_port = get_viewer_host_port(test_conf)
with CCViewerHelper(view_host, view_port, '/') as viewer_client:
with Timer('getRunData', run_perf):
run_data = viewer_client.getRunData()
with Timer('getAllRunResulst', run_perf):
res = get_all_run_results(viewer_client, run_id)
with Timer('getReportDetails', run_perf):
viewer_client.getReportDetails(res[-1].reportId)
add_measurement_data(run_id, performance_data, run_perf)
clean_after_fill = test_conf.get("clean_after_fill", True)
if clean_after_fill and not keep:
delete_results(view_host,
view_port,
run_id,
performance_data)
except Exception as ex:
log.error(ex)
with proc_counter_lock:
proc_done_counter.value -= 1
sys.exit(1)