def analyze_logcat(self):
"""
__start_report12.853116__end_report
We will parse the syntax here and build up a {name:[value,],} hash.
Next we will compute the median value for each name.
Finally we will report the geomtric mean of all of the median values.
"""
self.loggerdeco.debug('analyzing logcat')
re_data = re.compile('.*__start_report([0-9\.]+)__end_report.*')
attempt = 1
max_time = 90 # maximum time to wait for completeness score
wait_time = 3 # time to wait between attempts
max_attempts = max_time / wait_time
results = {"tcheck3": []}
pageload_metric = {'summary': 0}
while attempt <= max_attempts and pageload_metric['summary'] == 0:
buf = self.logcat.get()
for line in buf:
match = re_data.match(line)
if match:
numbers = match.group(1)
if numbers:
results["tcheck3"].append(float(numbers))
if self.fennec_crashed:
# If fennec crashed, don't bother looking for pageload metric
break
if pageload_metric['summary'] == 0:
sleep(wait_time)
attempt += 1
if not results["tcheck3"]:
continue
# calculate score
data = results["tcheck3"]
pageload_metric["tcheck3"] = median(data)
pageload_metric['summary'] = geometric_mean(data)
if pageload_metric['summary'] == 0:
self.loggerdeco.info('Unable to find pageload metric')
self.loggerdeco.info("returning from logcat analyze with: %s" %
pageload_metric)
return pageload_metric
def analyze_logcat(self):
"""
I/GeckoDump( 2284): __start_tp_report
I/GeckoDump( 2284): _x_x_mozilla_page_load
I/GeckoDump( 2284): _x_x_mozilla_page_load_details
I/GeckoDump( 2284): |i|pagename|runs|
I/GeckoDump( 2284): |0;amazon.com/www.amazon.com/index.html;2386;1146
I/GeckoDump( 2284): |1;m.yahoo.co.jp/www.yahoo.co.jp/index.html;1724;901
I/GeckoDump( 2284): |2;m.accuweather.com/www.accuweather.com/index.html;228;231
I/GeckoDump( 2284): |3;m.yandex.ru/www.yandex.ru/index.html;6043;2984
I/GeckoDump( 2284): |4;m.wikipedia.com/en.m.wikipedia.org/index.html;734;385
I/GeckoDump( 2284): |5;m.espn.com/m.espn.go.com/index.html;576;419
I/GeckoDump( 2284): |6;m.bbc.co.uk/www.bbc.co.uk/mobile/index.html;349;229
I/GeckoDump( 2284): __end_tp_report
I/GeckoDump( 2284): __start_cc_report
I/GeckoDump( 2284): _x_x_mozilla_cycle_collect,3390
I/GeckoDump( 2284): __end_cc_report
I/GeckoDump( 2284): __startTimestamp1433438438092__endTimestamp
We will parse the syntax here and build up a {name:[value,],} hash.
Next we will compute the median value for each name.
Finally we will report the geoemtric mean of all of the median values.
"""
self.loggerdeco.debug('analyzing logcat')
re_page_data = re.compile(
r'.*\|[0-9];([a-zA-Z0-9\.\/\-]+);([0-9;]+).*')
re_end_report = re.compile(r'.*__end_tp_report.*')
attempt = 1
max_time = 180 # maximum time to wait for tp report
wait_time = 3 # time to wait between attempts
max_attempts = max_time / wait_time
results = {}
pageload_metric = {'summary': 0}
while attempt <= max_attempts and pageload_metric['summary'] == 0:
buf = self.worker_subprocess.logcat.get()
for line in buf:
self.loggerdeco.debug('analyze_logcat: %s', line)
if re_end_report.match(line):
# calculate score
data = []
for page in results:
data.append(median(results[page]))
# median of each page, ignoring the first run
pageload_metric[page] = median(results[page][1:])
pageload_metric['summary'] = geometric_mean(data)
break
match = re_page_data.match(line)
if match:
page_name = match.group(1)
numbers = match.group(2)
if page_name and numbers:
page_name = page_name.split('/')[0]
numbers = [float(x) for x in numbers.split(';')]
results[page_name] = numbers
if self.handle_crashes():
# If fennec crashed, don't bother looking for pageload metric
break
if pageload_metric['summary'] == 0:
sleep(wait_time)
attempt += 1
if pageload_metric['summary'] == 0:
self.loggerdeco.warning('Unable to find pageload metric')
return pageload_metric
def run_job(self):
is_test_completed = False
if not self.install_local_pages():
self.add_failure(
self.name, TestStatus.TEST_UNEXPECTED_FAIL,
'Aborting test - Could not install local pages on phone.',
TreeherderStatus.EXCEPTION)
return is_test_completed
if not self.create_profile():
self.add_failure(self.name, TestStatus.TEST_UNEXPECTED_FAIL,
'Aborting test - Could not run Fennec.',
TreeherderStatus.BUSTED)
return is_test_completed
perfherder_options = PerfherderOptions(self.perfherder_options,
repo=self.build.tree)
is_test_completed = True
testcount = len(self._urls.keys())
for testnum, (testname, url) in enumerate(self._urls.iteritems(), 1):
self.loggerdeco = self.loggerdeco.clone(
extradict={
'phoneid': self.phone.id,
'buildid': self.build.id,
'testname': testname
},
extraformat=
'S1S2TestJob|%(phoneid)s|%(buildid)s|%(testname)s|%(message)s')
self.dm._logger = self.loggerdeco
self.loggerdeco.info('Running test (%d/%d) for %d iterations',
testnum, testcount, self._iterations)
command = None
for attempt in range(1, self.stderrp_attempts + 1):
# dataset is a list of the measurements made for the
# iterations for this test.
#
# An empty item in the dataset list represents a
# failure to obtain any measurement for that
# iteration.
#
# It is possible for an item in the dataset to have an
# uncached value and not have a corresponding cached
# value if the cached test failed to record the
# values.
iteration = 0
dataset = []
for iteration in range(1, self._iterations + 1):
# Calling svc power stayon true will turn on the
# display for at least some devices if it has
# turned off.
self.dm.power_on()
command = self.worker_subprocess.process_autophone_cmd(
test=self, require_ip_address=url.startswith('http'))
if command['interrupt']:
self.handle_test_interrupt(command['reason'],
command['test_result'])
break
self.update_status(message='Attempt %d/%d for Test %d/%d, '
'run %d, for url %s' %
(attempt, self.stderrp_attempts,
testnum, testcount, iteration, url))
if not self.create_profile():
self.add_failure(self.name,
TestStatus.TEST_UNEXPECTED_FAIL,
'Failed to create profile',
TreeherderStatus.TESTFAILED)
continue
measurement = self.runtest(url)
if not measurement:
self.loggerdeco.warning(
'%s %s Attempt %s Failed to get uncached measurement.',
testname, url, attempt)
continue
self.add_pass(url)
dataset.append({'uncached': measurement})
measurement = self.runtest(url)
if not measurement:
self.loggerdeco.warning(
'%s %s Attempt %s Failed to get cached measurement.',
testname, url, attempt)
continue
self.add_pass(url)
dataset[-1]['cached'] = measurement
if self.is_stderr_below_threshold(
('throbberstart', 'throbberstop'), dataset,
self.stderrp_accept):
self.loggerdeco.info(
'Accepted test (%d/%d) after %d of %d iterations',
testnum, testcount, iteration, self._iterations)
break
if command and command['interrupt']:
break
measurements = len(dataset)
if measurements > 0 and self._iterations != measurements:
self.add_failure(self.name,
TestStatus.TEST_UNEXPECTED_FAIL,
'Failed to get all measurements',
TreeherderStatus.TESTFAILED)
elif measurements == 0:
# If we have not gotten a single measurement at this point,
# just bail and report the failure rather than wasting time
# continuing more attempts.
self.add_failure(self.name,
TestStatus.TEST_UNEXPECTED_FAIL,
'No measurements detected.',
TreeherderStatus.BUSTED)
self.loggerdeco.info(
'Failed to get measurements for test %s after %d/%d attempt '
'of %d iterations', testname, attempt,
self.stderrp_attempts, self._iterations)
self.worker_subprocess.mailer.send(
'%s %s failed for Build %s %s on %s %s' %
(self.__class__.__name__, testname, self.build.tree,
self.build.id, utils.host(), self.phone.id),
'No measurements were detected for test %s.\n\n'
'Job %s\n'
'Host %s\n'
'Phone %s\n'
'Repository %s\n'
'Build %s\n'
'Revision %s\n' %
(testname, self.job_url, utils.host(), self.phone.id,
self.build.tree, self.build.id, self.build.changeset))
break
if self.is_stderr_below_threshold(
('throbberstart', 'throbberstop'), dataset,
self.stderrp_reject):
rejected = False
else:
rejected = True
self.loggerdeco.info(
'Rejected test (%d/%d) after %d/%d iterations',
testnum, testcount, iteration, self._iterations)
self.loggerdeco.debug('publishing results')
perfherder_values = {'geometric_mean': 0}
metric_keys = ['throbberstart', 'throbberstop', 'throbbertime']
cache_names = {'uncached': 'first', 'cached': 'second'}
cache_keys = cache_names.keys()
for metric_key in metric_keys:
perfherder_values[metric_key] = {'geometric_mean': 0}
for cache_key in cache_keys:
perfherder_values[metric_key][cache_key] = {
'median': 0,
'values': []
}
for datapoint in dataset:
for cache_key in datapoint:
starttime = datapoint[cache_key]['starttime']
throbberstart = datapoint[cache_key]['throbberstart']
throbberstop = datapoint[cache_key]['throbberstop']
self.report_results(
starttime=starttime,
tstrt=throbberstart,
tstop=throbberstop,
testname=testname,
cache_enabled=(cache_key == 'cached'),
rejected=rejected)
perfherder_values['throbberstart'][cache_key][
'values'].append(throbberstart - starttime)
perfherder_values['throbberstop'][cache_key][
'values'].append(throbberstop - starttime)
perfherder_values['throbbertime'][cache_key][
'values'].append(throbberstop - throbberstart)
test_values = []
for metric_key in metric_keys:
for cache_key in cache_keys:
perfherder_values[metric_key][cache_key][
'median'] = utils.median(
perfherder_values[metric_key][cache_key]
['values'])
perfherder_values[metric_key][
'geometric_mean'] = utils.geometric_mean([
perfherder_values[metric_key]['uncached']
['median'],
perfherder_values[metric_key]['cached']['median']
])
test_values.append(
perfherder_values[metric_key]['geometric_mean'])
perfherder_suite = PerfherderSuite(
name=testname,
value=utils.geometric_mean(test_values),
options=perfherder_options)
for metric_key in metric_keys:
for cache_key in cache_keys:
cache_name = cache_names[cache_key]
subtest_name = "%s %s" % (metric_key, cache_name)
perfherder_suite.add_subtest(
subtest_name,
perfherder_values[metric_key][cache_key]['median'],
options=perfherder_options)
self.perfherder_artifact = PerfherderArtifact()
self.perfherder_artifact.add_suite(perfherder_suite)
self.loggerdeco.debug("PerfherderArtifact: %s",
self.perfherder_artifact)
if not rejected:
break
if command and command['interrupt']:
break
return is_test_completed
def analyze_logcat(self):
"""
I/GeckoDump( 2284): __start_tp_report
I/GeckoDump( 2284): _x_x_mozilla_page_load
I/GeckoDump( 2284): _x_x_mozilla_page_load_details
I/GeckoDump( 2284): |i|pagename|runs|
I/GeckoDump( 2284): |0;amazon.com/www.amazon.com/index.html;2386;1146
I/GeckoDump( 2284): |1;m.yahoo.co.jp/www.yahoo.co.jp/index.html;1724;901
I/GeckoDump( 2284): |2;m.accuweather.com/www.accuweather.com/index.html;228;231
I/GeckoDump( 2284): |3;m.yandex.ru/www.yandex.ru/index.html;6043;2984
I/GeckoDump( 2284): |4;m.wikipedia.com/en.m.wikipedia.org/index.html;734;385
I/GeckoDump( 2284): |5;m.espn.com/m.espn.go.com/index.html;576;419
I/GeckoDump( 2284): |6;m.bbc.co.uk/www.bbc.co.uk/mobile/index.html;349;229
I/GeckoDump( 2284): __end_tp_report
I/GeckoDump( 2284): __start_cc_report
I/GeckoDump( 2284): _x_x_mozilla_cycle_collect,3390
I/GeckoDump( 2284): __end_cc_report
I/GeckoDump( 2284): __startTimestamp1433438438092__endTimestamp
We will parse the syntax here and build up a {name:[value,],} hash.
Next we will compute the median value for each name.
Finally we will report the geoemtric mean of all of the median values.
"""
self.loggerdeco.debug('analyzing logcat')
re_page_data = re.compile('.*\|[0-9];([a-zA-Z0-9\.\/\-]+);([0-9;]+).*')
re_end_report = re.compile('.*__end_tp_report.*')
attempt = 1
max_time = 90 # maximum time to wait for completeness score
wait_time = 3 # time to wait between attempts
max_attempts = max_time / wait_time
results = {}
pageload_metric = {'summary': 0}
while attempt <= max_attempts and pageload_metric['summary'] == 0:
buf = self.logcat.get()
for line in buf:
self.loggerdeco.debug('analyze_logcat: %s' % line)
if re_end_report.match(line):
# calculate score
data = []
for page in results:
data.append(median(results[page]))
pageload_metric[page] = median(results[page])
pageload_metric['summary'] = geometric_mean(data)
break
match = re_page_data.match(line)
if match:
page_name = match.group(1)
numbers = match.group(2)
if page_name and numbers:
page_name = page_name.split('/')[0]
numbers = [float(x) for x in numbers.split(';')]
results[page_name] = numbers
if self.fennec_crashed:
# If fennec crashed, don't bother looking for pageload metric
break
if pageload_metric['summary'] == 0:
sleep(wait_time)
attempt += 1
if pageload_metric['summary'] == 0:
self.loggerdeco.warning('Unable to find pageload metric')
return pageload_metric
def run_job(self):
is_test_completed = False
if not self.install_local_pages():
self.add_failure(
self.name, TestStatus.TEST_UNEXPECTED_FAIL,
'Aborting test - Could not install local pages on phone.',
TreeherderStatus.EXCEPTION)
return is_test_completed
if not self.create_profile():
self.add_failure(
self.name, TestStatus.TEST_UNEXPECTED_FAIL,
'Aborting test - Could not run Fennec.',
TreeherderStatus.BUSTED)
return is_test_completed
perfherder_options = PerfherderOptions(self.perfherder_options,
repo=self.build.tree)
is_test_completed = True
testcount = len(self._urls.keys())
for testnum, (testname, url) in enumerate(self._urls.iteritems(), 1):
self.loggerdeco = self.loggerdeco.clone(
extradict={
'repo': self.build.tree,
'buildid': self.build.id,
'buildtype': self.build.type,
'sdk': self.phone.sdk,
'platform': self.build.platform,
'testname': testname
},
extraformat='S1S2TestJob %(repo)s %(buildid)s %(buildtype)s %(sdk)s %(platform)s %(testname)s %(message)s')
self.dm._logger = self.loggerdeco
self.loggerdeco.info('Running test (%d/%d) for %d iterations',
testnum, testcount, self._iterations)
command = None
for attempt in range(1, self.stderrp_attempts+1):
# dataset is a list of the measurements made for the
# iterations for this test.
#
# An empty item in the dataset list represents a
# failure to obtain any measurement for that
# iteration.
#
# It is possible for an item in the dataset to have an
# uncached value and not have a corresponding cached
# value if the cached test failed to record the
# values.
iteration = 0
dataset = []
for iteration in range(1, self._iterations+1):
# Calling svc power stayon true will turn on the
# display for at least some devices if it has
# turned off.
self.dm.power_on()
command = self.worker_subprocess.process_autophone_cmd(
test=self, require_ip_address=url.startswith('http'))
if command['interrupt']:
self.handle_test_interrupt(command['reason'],
command['test_result'])
break
self.update_status(message='Attempt %d/%d for Test %d/%d, '
'run %d, for url %s' %
(attempt, self.stderrp_attempts,
testnum, testcount, iteration, url))
if not self.create_profile():
self.add_failure(
self.name,
TestStatus.TEST_UNEXPECTED_FAIL,
'Failed to create profile',
TreeherderStatus.TESTFAILED)
continue
measurement = self.runtest(url)
if not measurement:
self.loggerdeco.warning(
'%s %s Attempt %s Failed to get uncached measurement.',
testname, url, attempt)
continue
self.add_pass(url, text='uncached')
dataset.append({'uncached': measurement})
measurement = self.runtest(url)
if not measurement:
self.loggerdeco.warning(
'%s %s Attempt %s Failed to get cached measurement.',
testname, url, attempt)
continue
self.add_pass(url, text='cached')
dataset[-1]['cached'] = measurement
if self.is_stderr_below_threshold(
('throbberstart',
'throbberstop'),
dataset,
self.stderrp_accept):
self.loggerdeco.info(
'Accepted test (%d/%d) after %d of %d iterations',
testnum, testcount, iteration, self._iterations)
break
if command and command['interrupt']:
break
measurements = len(dataset)
if measurements > 0 and self._iterations != measurements:
self.add_failure(
self.name,
TestStatus.TEST_UNEXPECTED_FAIL,
'Failed to get all measurements',
TreeherderStatus.TESTFAILED)
elif measurements == 0:
# If we have not gotten a single measurement at this point,
# just bail and report the failure rather than wasting time
# continuing more attempts.
self.add_failure(
self.name, TestStatus.TEST_UNEXPECTED_FAIL,
'No measurements detected.',
TreeherderStatus.BUSTED)
self.loggerdeco.info(
'Failed to get measurements for test %s after %d/%d attempt '
'of %d iterations', testname, attempt,
self.stderrp_attempts, self._iterations)
self.worker_subprocess.mailer.send(
'%s %s failed for Build %s %s on %s %s' %
(self.__class__.__name__, testname, self.build.tree,
self.build.id, utils.host(), self.phone.id),
'No measurements were detected for test %s.\n\n'
'Job %s\n'
'Host %s\n'
'Phone %s\n'
'Repository %s\n'
'Build %s\n'
'Revision %s\n' %
(testname,
self.job_url,
utils.host(),
self.phone.id,
self.build.tree,
self.build.id,
self.build.changeset))
break
if self.is_stderr_below_threshold(
('throbberstart',
'throbberstop'),
dataset,
self.stderrp_reject):
rejected = False
else:
rejected = True
self.loggerdeco.info(
'Rejected test (%d/%d) after %d/%d iterations',
testnum, testcount, iteration, self._iterations)
self.loggerdeco.debug('publishing results')
perfherder_values = {'geometric_mean': 0}
metric_keys = ['throbberstart', 'throbberstop', 'throbbertime']
cache_names = {'uncached': 'first', 'cached': 'second'}
cache_keys = cache_names.keys()
for metric_key in metric_keys:
perfherder_values[metric_key] = {'geometric_mean': 0}
for cache_key in cache_keys:
perfherder_values[metric_key][cache_key] = {'median': 0, 'values': []}
for datapoint in dataset:
for cache_key in datapoint:
starttime = datapoint[cache_key]['starttime']
throbberstart = datapoint[cache_key]['throbberstart']
throbberstop = datapoint[cache_key]['throbberstop']
self.report_results(
starttime=starttime,
tstrt=throbberstart,
tstop=throbberstop,
testname=testname,
cache_enabled=(cache_key == 'cached'),
rejected=rejected)
perfherder_values['throbberstart'][cache_key]['values'].append(
throbberstart - starttime)
perfherder_values['throbberstop'][cache_key]['values'].append(
throbberstop - starttime)
perfherder_values['throbbertime'][cache_key]['values'].append(
throbberstop - throbberstart)
test_values = []
for metric_key in metric_keys:
for cache_key in cache_keys:
perfherder_values[metric_key][cache_key]['median'] = utils.median(
perfherder_values[metric_key][cache_key]['values'])
perfherder_values[metric_key]['geometric_mean'] = utils.geometric_mean(
[perfherder_values[metric_key]['uncached']['median'],
perfherder_values[metric_key]['cached']['median']])
test_values.append(perfherder_values[metric_key]['geometric_mean'])
perfherder_suite = PerfherderSuite(name=testname,
value=utils.geometric_mean(test_values),
options=perfherder_options)
for metric_key in metric_keys:
for cache_key in cache_keys:
cache_name = cache_names[cache_key]
subtest_name = "%s %s" % (metric_key, cache_name)
perfherder_suite.add_subtest(
subtest_name,
perfherder_values[metric_key][cache_key]['median'],
options=perfherder_options)
self.perfherder_artifact = PerfherderArtifact()
self.perfherder_artifact.add_suite(perfherder_suite)
self.loggerdeco.debug("PerfherderArtifact: %s", self.perfherder_artifact)
if not rejected:
break
if command and command['interrupt']:
break
return is_test_completed
def attack_probability(self):
if self.is_active:
return geometric_mean([unit.attack_success for unit in self.units])
return 0