def start(self, test):
"""
Start ftrace profiler
@param test: Autotest test in which the profiler will operate on.
"""
# Make sure debugfs is mounted and tracing disabled.
utils.system('%s reset' % self.trace_cmd)
output_dir = os.path.join(test.profdir, 'ftrace')
if not os.path.isdir(output_dir):
os.makedirs(output_dir)
self.output = os.path.join(output_dir, 'trace.dat')
cmd = [self.trace_cmd, 'record', '-o', self.output]
cmd += self.trace_cmd_args
self.record_job = utils.BgJob(self.join_command(cmd),
stderr_tee=utils.TEE_TO_LOGS)
# Wait for tracing to be enabled. If trace-cmd dies before enabling
# tracing, then there was a problem.
tracing_on = os.path.join(self.tracing_dir, 'tracing_on')
while (self.record_job.sp.poll() is None and
utils.read_file(tracing_on).strip() != '1'):
time.sleep(0.1)
if self.record_job.sp.poll() is not None:
utils.join_bg_jobs([self.record_job])
raise error.CmdError(self.record_job.command,
self.record_job.sp.returncode,
'trace-cmd exited early.')
def hook_postprocess_901_cfuse_unmount(self):
for mnt, fuse in self.fuses:
utils.system('fusermount -u {mnt}'.format(mnt=mnt))
print 'Waiting for cfuse to exit...'
utils.join_bg_jobs([fuse])
assert fuse.result.exit_status == 0, \
'cfuse failed with: %r' % fuse.result.exit_status
def start(self, test):
"""
Start ftrace profiler
@param test: Autotest test in which the profiler will operate on.
"""
# Make sure debugfs is mounted and tracing disabled.
utils.system('%s reset' % self.trace_cmd)
output_dir = os.path.join(test.profdir, 'ftrace')
if not os.path.isdir(output_dir):
os.makedirs(output_dir)
self.output = os.path.join(output_dir, 'trace.dat')
cmd = [self.trace_cmd, 'record', '-o', self.output]
cmd += self.trace_cmd_args
self.record_job = utils.BgJob(self.join_command(cmd),
stderr_tee=utils.TEE_TO_LOGS)
# Wait for tracing to be enabled. If trace-cmd dies before enabling
# tracing, then there was a problem.
tracing_on = os.path.join(self.tracing_dir, 'tracing_on')
while (self.record_job.sp.poll() is None and
utils.read_file(tracing_on).strip() != '1'):
time.sleep(0.1)
if self.record_job.sp.poll() is not None:
utils.join_bg_jobs([self.record_job])
raise error.CmdError(self.record_job.command,
self.record_job.sp.returncode,
'trace-cmd exited early.')
def init_039_export_mon0_info_stop(self):
mon0_serve = self.mon0_serve
del self.mon0_serve
mon0_serve.sp.terminate()
utils.join_bg_jobs([mon0_serve])
assert mon0_serve.result.exit_status in [0, -signal.SIGTERM], \
'mon.0 key serving failed with: %r' % mon0_serve.result.exit_status
def close_bgjob(self):
"""Close background job and log stdout and stderr."""
utils.nuke_subprocess(self.bg_job.sp)
utils.join_bg_jobs([self.bg_job], timeout=1)
result = self.bg_job.result
if result.stdout or result.stderr:
logging.info('stdout of Chrome Driver:\n%s', result.stdout)
logging.error('stderr of Chrome Driver:\n%s', result.stderr)
def hook_postprocess_950_daemon_shutdown(self):
for d in self.daemons:
d.sp.terminate()
utils.join_bg_jobs(self.daemons)
for d in self.daemons:
# TODO daemons should catch sigterm and exit 0
assert d.result.exit_status in [0, -signal.SIGTERM], \
'daemon %r failed with: %r' % (d.result.command, d.result.exit_status)
def init_039_export_mon0_info_stop(self):
mon0_serve = self.mon0_serve
del self.mon0_serve
mon0_serve.sp.terminate()
utils.join_bg_jobs([mon0_serve])
assert mon0_serve.result.exit_status in [0, -signal.SIGTERM], (
"mon.0 key serving failed with: %r" % mon0_serve.result.exit_status
)
def hook_postprocess_950_daemon_shutdown(self):
for d in self.daemons:
d.sp.terminate()
utils.join_bg_jobs(self.daemons)
for d in self.daemons:
# TODO daemons should catch sigterm and exit 0
assert d.result.exit_status in [0, -signal.SIGTERM], "daemon %r failed with: %r" % (
d.result.command,
d.result.exit_status,
)
def init_055_key_shuffle(self):
# copy keys to mon.0
publish = []
for id_ in roles_of_type(self.my_roles, "osd"):
publish.append("--publish=/key/osd.{id}.keyring:dev/osd.{id}.keyring".format(id=id_))
for id_ in roles_of_type(self.my_roles, "mds"):
publish.append("--publish=/key/mds.{id}.keyring:dev/mds.{id}.keyring".format(id=id_))
for id_ in roles_of_type(self.my_roles, "client"):
publish.append("--publish=/key/client.{id}.keyring:client.{id}.keyring".format(id=id_))
key_serve = utils.BgJob(
command="env PYTHONPATH={at_bindir} python -m teuthology.ceph_serve_file --port=11601 {publish}".format(
at_bindir=self.bindir, publish=" ".join(publish)
)
)
if "mon.0" in self.my_roles:
for type_ in ["osd", "mds", "client"]:
for idx, host_roles in enumerate(self.all_roles):
print "Fetching {type} keys from host {idx} ({ip})...".format(
type=type_, idx=idx, ip=self.all_ips[idx]
)
for id_ in roles_of_type(host_roles, type_):
ceph.urlretrieve_retry(
url="http://{ip}:11601/key/{type}.{id}.keyring".format(
ip=self.all_ips[idx], type=type_, id=id_
),
filename="temp.keyring",
)
utils.system(
"{bindir}/cauthtool temp.keyring --name={type}.{id} {caps}".format(
bindir=self.ceph_bindir, type=type_, id=id_, caps=self.generate_caps(type_, id_)
)
)
utils.system(
"{bindir}/ceph -c {conf} -k ceph.keyring -i temp.keyring auth add {type}.{id}".format(
bindir=self.ceph_bindir, conf=self.ceph_conf.filename, type=type_, id=id_
)
)
# wait until osd/mds/client keys have been copied and authorized
barrier_ids = ["{ip}#cluster".format(ip=ip) for ip in self.all_ips]
self.job.barrier(hostid=barrier_ids[self.number], tag="authorized").rendezvous(*barrier_ids)
key_serve.sp.terminate()
utils.join_bg_jobs([key_serve])
assert key_serve.result.exit_status in [0, -signal.SIGTERM], (
"general key serving failed with: %r" % key_serve.result.exit_status
)
def save_log_bg(self):
"""Save the log from client in background."""
# Run a tail command in background that keeps all the log messages from
# client.
command = 'tail -n0 -f %s' % constants.MULTIMEDIA_XMLRPC_SERVER_LOG_FILE
full_command = '%s "%s"' % (self._client.ssh_command(), command)
if self._log_saving_job:
# Kill and join the previous job, probably due to a DUT reboot.
# In this case, a new job will be recreated.
logging.info('Kill and join the previous log job.')
utils.nuke_subprocess(self._log_saving_job.sp)
utils.join_bg_jobs([self._log_saving_job])
# Create the background job and pipe its stdout and stderr to the
# Autotest logging.
self._log_saving_job = utils.BgJob(full_command,
stdout_tee=CLIENT_LOG_STREAM,
stderr_tee=CLIENT_LOG_STREAM)
def stop(self, test):
"""
Stop ftrace profiler.
@param test: Autotest test in which the profiler will operate on.
"""
os.kill(self.record_job.sp.pid, signal.SIGINT)
utils.join_bg_jobs([self.record_job])
# shrink the buffer to free memory.
utils.system('%s reset -b 1' % self.trace_cmd)
#compress output
utils.system('bzip2 %s' % self.output)
compressed_output = self.output + '.bz2'
# if the compressed trace file is large (10MB), just delete it.
compressed_output_size = os.path.getsize(compressed_output)
if compressed_output_size > 10*1024*1024:
logging.warning('Deleting large trace file %s (%d bytes)',
compressed_output, compressed_output_size)
os.remove(compressed_output)
# remove per-cpu files in case trace-cmd died.
utils.system('rm -f %s.cpu*' % self.output)
def stop(self, test):
"""
Stop ftrace profiler.
@param test: Autotest test in which the profiler will operate on.
"""
os.kill(self.record_job.sp.pid, signal.SIGINT)
utils.join_bg_jobs([self.record_job])
# shrink the buffer to free memory.
utils.system('%s reset -b 1' % self.trace_cmd)
#compress output
utils.system('bzip2 %s' % self.output)
compressed_output = self.output + '.bz2'
# if the compressed trace file is large (10MB), just delete it.
compressed_output_size = os.path.getsize(compressed_output)
if compressed_output_size > 10*1024*1024:
logging.warn('Deleting large trace file %s (%d bytes)',
compressed_output, compressed_output_size)
os.remove(compressed_output)
# remove per-cpu files in case trace-cmd died.
utils.system('rm -f %s.cpu*' % self.output)
def init_055_key_shuffle(self):
# copy keys to mon.0
publish = []
for id_ in roles_of_type(self.my_roles, 'osd'):
publish.append(
'--publish=/key/osd.{id}.keyring:dev/osd.{id}.keyring'.format(
id=id_))
for id_ in roles_of_type(self.my_roles, 'mds'):
publish.append(
'--publish=/key/mds.{id}.keyring:dev/mds.{id}.keyring'.format(
id=id_))
for id_ in roles_of_type(self.my_roles, 'client'):
publish.append(
'--publish=/key/client.{id}.keyring:client.{id}.keyring'.
format(id=id_))
key_serve = utils.BgJob(
command=
'env PYTHONPATH={at_bindir} python -m teuthology.ceph_serve_file --port=11601 {publish}'
.format(
at_bindir=self.bindir,
publish=' '.join(publish),
))
if 'mon.0' in self.my_roles:
for type_ in ['osd', 'mds', 'client']:
for idx, host_roles in enumerate(self.all_roles):
print 'Fetching {type} keys from host {idx} ({ip})...'.format(
type=type_,
idx=idx,
ip=self.all_ips[idx],
)
for id_ in roles_of_type(host_roles, type_):
ceph.urlretrieve_retry(
url='http://{ip}:11601/key/{type}.{id}.keyring'.
format(
ip=self.all_ips[idx],
type=type_,
id=id_,
),
filename='temp.keyring',
)
utils.system(
'{bindir}/cauthtool temp.keyring --name={type}.{id} {caps}'
.format(
bindir=self.ceph_bindir,
type=type_,
id=id_,
caps=self.generate_caps(type_, id_),
))
utils.system(
'{bindir}/ceph -c {conf} -k ceph.keyring -i temp.keyring auth add {type}.{id}'
.format(
bindir=self.ceph_bindir,
conf=self.ceph_conf.filename,
type=type_,
id=id_,
))
# wait until osd/mds/client keys have been copied and authorized
barrier_ids = ['{ip}#cluster'.format(ip=ip) for ip in self.all_ips]
self.job.barrier(
hostid=barrier_ids[self.number],
tag='authorized',
).rendezvous(*barrier_ids)
key_serve.sp.terminate()
utils.join_bg_jobs([key_serve])
assert key_serve.result.exit_status in [0, -signal.SIGTERM], \
'general key serving failed with: %r' % key_serve.result.exit_status
def hook_postprocess_901_cfuse_unmount(self):
for mnt, fuse in self.fuses:
utils.system("fusermount -u {mnt}".format(mnt=mnt))
print "Waiting for cfuse to exit..."
utils.join_bg_jobs([fuse])
assert fuse.result.exit_status == 0, "cfuse failed with: %r" % fuse.result.exit_status
