aosp12/external/toolchain-utils/crosperf/benchmark_run_unittest.py

435 lines
14 KiB
Python
Executable File

#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# Copyright (c) 2013 The Chromium OS Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
"""Testing of benchmark_run."""
from __future__ import print_function
import inspect
import unittest
import unittest.mock as mock
import benchmark_run
from cros_utils import logger
from suite_runner import MockSuiteRunner
from suite_runner import SuiteRunner
from label import MockLabel
from benchmark import Benchmark
from machine_manager import MockMachineManager
from machine_manager import MachineManager
from machine_manager import MockCrosMachine
from results_cache import MockResultsCache
from results_cache import CacheConditions
from results_cache import Result
from results_cache import ResultsCache
class BenchmarkRunTest(unittest.TestCase):
"""Unit tests for the BenchmarkRun class and all of its methods."""
def setUp(self):
self.status = []
self.called_ReadCache = None
self.log_error = []
self.log_output = []
self.err_msg = None
self.test_benchmark = Benchmark(
'page_cycler.netsim.top_10', # name
'page_cycler.netsim.top_10', # test_name
'', # test_args
1, # iterations
False, # rm_chroot_tmp
'', # perf_args
suite='telemetry_Crosperf') # suite
self.test_label = MockLabel(
'test1',
'build',
'image1',
'autotest_dir',
'debug_dir',
'/tmp/test_benchmark_run',
'x86-alex',
'chromeos2-row1-rack4-host9.cros',
image_args='',
cache_dir='',
cache_only=False,
log_level='average',
compiler='gcc',
skylab=False)
self.test_cache_conditions = [
CacheConditions.CACHE_FILE_EXISTS, CacheConditions.CHECKSUMS_MATCH
]
self.mock_logger = logger.GetLogger(log_dir='', mock=True)
self.mock_machine_manager = mock.Mock(spec=MachineManager)
def testDryRun(self):
my_label = MockLabel(
'test1',
'build',
'image1',
'autotest_dir',
'debug_dir',
'/tmp/test_benchmark_run',
'x86-alex',
'chromeos2-row1-rack4-host9.cros',
image_args='',
cache_dir='',
cache_only=False,
log_level='average',
compiler='gcc',
skylab=False)
logging_level = 'average'
m = MockMachineManager('/tmp/chromeos_root', 0, logging_level, '')
m.AddMachine('chromeos2-row1-rack4-host9.cros')
bench = Benchmark(
'page_cycler.netsim.top_10', # name
'page_cycler.netsim.top_10', # test_name
'', # test_args
1, # iterations
False, # rm_chroot_tmp
'', # perf_args
suite='telemetry_Crosperf') # suite
dut_conf = {
'cooldown_time': 5,
'cooldown_temp': 45,
'governor': 'powersave',
'cpu_usage': 'big_only',
'cpu_freq_pct': 80,
}
b = benchmark_run.MockBenchmarkRun('test run', bench, my_label, 1, [], m,
logger.GetLogger(), logging_level, '',
dut_conf)
b.cache = MockResultsCache()
b.suite_runner = MockSuiteRunner()
b.start()
# Make sure the arguments to BenchmarkRun.__init__ have not changed
# since the last time this test was updated:
args_list = [
'self', 'name', 'benchmark', 'label', 'iteration', 'cache_conditions',
'machine_manager', 'logger_to_use', 'log_level', 'share_cache',
'dut_config'
]
arg_spec = inspect.getfullargspec(benchmark_run.BenchmarkRun.__init__)
self.assertEqual(len(arg_spec.args), len(args_list))
self.assertEqual(arg_spec.args, args_list)
def test_init(self):
# Nothing really worth testing here; just field assignments.
pass
def test_read_cache(self):
# Nothing really worth testing here, either.
pass
def test_run(self):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
def MockLogOutput(msg, print_to_console=False):
"""Helper function for test_run."""
del print_to_console
self.log_output.append(msg)
def MockLogError(msg, print_to_console=False):
"""Helper function for test_run."""
del print_to_console
self.log_error.append(msg)
def MockRecordStatus(msg):
"""Helper function for test_run."""
self.status.append(msg)
def FakeReadCache():
"""Helper function for test_run."""
br.cache = mock.Mock(spec=ResultsCache)
self.called_ReadCache = True
return 0
def FakeReadCacheSucceed():
"""Helper function for test_run."""
br.cache = mock.Mock(spec=ResultsCache)
br.result = mock.Mock(spec=Result)
br.result.out = 'result.out stuff'
br.result.err = 'result.err stuff'
br.result.retval = 0
self.called_ReadCache = True
return 0
def FakeReadCacheException():
"""Helper function for test_run."""
raise RuntimeError('This is an exception test; it is supposed to happen')
def FakeAcquireMachine():
"""Helper function for test_run."""
mock_machine = MockCrosMachine('chromeos1-row3-rack5-host7.cros',
'chromeos', 'average')
return mock_machine
def FakeRunTest(_machine):
"""Helper function for test_run."""
mock_result = mock.Mock(spec=Result)
mock_result.retval = 0
return mock_result
def FakeRunTestFail(_machine):
"""Helper function for test_run."""
mock_result = mock.Mock(spec=Result)
mock_result.retval = 1
return mock_result
def ResetTestValues():
"""Helper function for test_run."""
self.log_output = []
self.log_error = []
self.status = []
br.result = None
self.called_ReadCache = False
# Assign all the fake functions to the appropriate objects.
br.logger().LogOutput = MockLogOutput
br.logger().LogError = MockLogError
br.timeline.Record = MockRecordStatus
br.ReadCache = FakeReadCache
br.RunTest = FakeRunTest
br.AcquireMachine = FakeAcquireMachine
# First test: No cache hit, all goes well.
ResetTestValues()
br.run()
self.assertTrue(self.called_ReadCache)
self.assertEqual(self.log_output, [
'test_run: No cache hit.',
'Releasing machine: chromeos1-row3-rack5-host7.cros',
'Released machine: chromeos1-row3-rack5-host7.cros'
])
self.assertEqual(len(self.log_error), 0)
self.assertEqual(self.status, ['WAITING', 'SUCCEEDED'])
# Second test: No cached result found; test run was "terminated" for some
# reason.
ResetTestValues()
br.terminated = True
br.run()
self.assertTrue(self.called_ReadCache)
self.assertEqual(self.log_output, [
'test_run: No cache hit.',
'Releasing machine: chromeos1-row3-rack5-host7.cros',
'Released machine: chromeos1-row3-rack5-host7.cros'
])
self.assertEqual(len(self.log_error), 0)
self.assertEqual(self.status, ['WAITING'])
# Third test. No cached result found; RunTest failed for some reason.
ResetTestValues()
br.terminated = False
br.RunTest = FakeRunTestFail
br.run()
self.assertTrue(self.called_ReadCache)
self.assertEqual(self.log_output, [
'test_run: No cache hit.',
'Releasing machine: chromeos1-row3-rack5-host7.cros',
'Released machine: chromeos1-row3-rack5-host7.cros'
])
self.assertEqual(len(self.log_error), 0)
self.assertEqual(self.status, ['WAITING', 'FAILED'])
# Fourth test: ReadCache found a cached result.
ResetTestValues()
br.RunTest = FakeRunTest
br.ReadCache = FakeReadCacheSucceed
br.run()
self.assertTrue(self.called_ReadCache)
self.assertEqual(self.log_output, [
'test_run: Cache hit.', 'result.out stuff',
'Releasing machine: chromeos1-row3-rack5-host7.cros',
'Released machine: chromeos1-row3-rack5-host7.cros'
])
self.assertEqual(self.log_error, ['result.err stuff'])
self.assertEqual(self.status, ['SUCCEEDED'])
# Fifth test: ReadCache generates an exception; does the try/finally block
# work?
ResetTestValues()
br.ReadCache = FakeReadCacheException
br.machine = FakeAcquireMachine()
br.run()
self.assertEqual(self.log_error, [
"Benchmark run: 'test_run' failed: This is an exception test; it is "
'supposed to happen'
])
self.assertEqual(self.status, ['FAILED'])
def test_terminate_pass(self):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
def GetLastEventPassed():
"""Helper function for test_terminate_pass"""
return benchmark_run.STATUS_SUCCEEDED
def RecordStub(status):
"""Helper function for test_terminate_pass"""
self.status = status
self.status = benchmark_run.STATUS_SUCCEEDED
self.assertFalse(br.terminated)
self.assertFalse(br.suite_runner.CommandTerminator().IsTerminated())
br.timeline.GetLastEvent = GetLastEventPassed
br.timeline.Record = RecordStub
br.Terminate()
self.assertTrue(br.terminated)
self.assertTrue(br.suite_runner.CommandTerminator().IsTerminated())
self.assertEqual(self.status, benchmark_run.STATUS_FAILED)
def test_terminate_fail(self):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
def GetLastEventFailed():
"""Helper function for test_terminate_fail"""
return benchmark_run.STATUS_FAILED
def RecordStub(status):
"""Helper function for test_terminate_fail"""
self.status = status
self.status = benchmark_run.STATUS_SUCCEEDED
self.assertFalse(br.terminated)
self.assertFalse(br.suite_runner.CommandTerminator().IsTerminated())
br.timeline.GetLastEvent = GetLastEventFailed
br.timeline.Record = RecordStub
br.Terminate()
self.assertTrue(br.terminated)
self.assertTrue(br.suite_runner.CommandTerminator().IsTerminated())
self.assertEqual(self.status, benchmark_run.STATUS_SUCCEEDED)
def test_acquire_machine(self):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
br.terminated = True
self.assertRaises(Exception, br.AcquireMachine)
br.terminated = False
mock_machine = MockCrosMachine('chromeos1-row3-rack5-host7.cros',
'chromeos', 'average')
self.mock_machine_manager.AcquireMachine.return_value = mock_machine
machine = br.AcquireMachine()
self.assertEqual(machine.name, 'chromeos1-row3-rack5-host7.cros')
def test_get_extra_autotest_args(self):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
def MockLogError(err_msg):
"""Helper function for test_get_extra_autotest_args"""
self.err_msg = err_msg
self.mock_logger.LogError = MockLogError
result = br.GetExtraAutotestArgs()
self.assertEqual(result, '')
self.test_benchmark.perf_args = 'record -e cycles'
result = br.GetExtraAutotestArgs()
self.assertEqual(
result,
'--profiler=custom_perf --profiler_args=\'perf_options="record -a -e '
'cycles"\'')
self.test_benchmark.perf_args = 'record -e cycles'
self.test_benchmark.suite = 'test_that'
result = br.GetExtraAutotestArgs()
self.assertEqual(result, '')
self.assertEqual(self.err_msg,
'Non-telemetry benchmark does not support profiler.')
self.test_benchmark.perf_args = 'junk args'
self.test_benchmark.suite = 'telemetry_Crosperf'
self.assertRaises(Exception, br.GetExtraAutotestArgs)
@mock.patch.object(SuiteRunner, 'Run')
@mock.patch.object(Result, 'CreateFromRun')
def test_run_test(self, mock_result, mock_runner):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
self.status = []
def MockRecord(status):
self.status.append(status)
br.timeline.Record = MockRecord
mock_machine = MockCrosMachine('chromeos1-row3-rack5-host7.cros',
'chromeos', 'average')
mock_runner.return_value = [0, "{'Score':100}", '']
br.RunTest(mock_machine)
self.assertTrue(br.run_completed)
self.assertEqual(
self.status,
[benchmark_run.STATUS_IMAGING, benchmark_run.STATUS_RUNNING])
self.assertEqual(br.machine_manager.ImageMachine.call_count, 1)
br.machine_manager.ImageMachine.assert_called_with(mock_machine,
self.test_label)
self.assertEqual(mock_runner.call_count, 1)
mock_runner.assert_called_with(mock_machine, br.label, br.benchmark, '',
br.profiler_args)
self.assertEqual(mock_result.call_count, 1)
mock_result.assert_called_with(
self.mock_logger, 'average', self.test_label, None, "{'Score':100}", '',
0, 'page_cycler.netsim.top_10', 'telemetry_Crosperf', '')
def test_set_cache_conditions(self):
br = benchmark_run.BenchmarkRun(
'test_run', self.test_benchmark, self.test_label, 1,
self.test_cache_conditions, self.mock_machine_manager, self.mock_logger,
'average', '', {})
phony_cache_conditions = [123, 456, True, False]
self.assertEqual(br.cache_conditions, self.test_cache_conditions)
br.SetCacheConditions(phony_cache_conditions)
self.assertEqual(br.cache_conditions, phony_cache_conditions)
br.SetCacheConditions(self.test_cache_conditions)
self.assertEqual(br.cache_conditions, self.test_cache_conditions)
if __name__ == '__main__':
unittest.main()