def _wait_for_job_finished(job):
"""
This function waits for asynchronous job to be finished.
:param job: Instance of ``LMI_SoftwareJob``.
:type job: :py:class:`lmi.shell.LMIInstance`
"""
if not isinstance(job, LMIInstance):
raise TypeError("job must be an LMIInstance")
LOG().debug('Waiting for a job "%s" to finish.', job.InstanceID)
sleep_time = INITIAL_SLEEP_TIME
connection_problem_count = 0
while not LMIJob.lmi_is_job_finished(job):
# Sleep, a bit longer in every iteration
time.sleep(sleep_time)
if sleep_time < LMIMethod._POLLING_ADAPT_MAX_WAITING_TIME:
sleep_time = min(sleep_time * SLEEP_TIME_MULTIPLIER,
LMIMethod._POLLING_ADAPT_MAX_WAITING_TIME)
try:
(refreshed, _, errorstr) = job.refresh()
except wbem.CIMError as err:
if (err.args[0] == 0
and err.args[1].lower().startswith('socket error')):
if connection_problem_count >= MAX_CONNECTION_PROBLEM_COUNT:
raise
LOG().warn("Connection problem: %s", err.args[1])
if connection_problem_count == 0:
sleep_time = CONNECTION_PROBLEM_SLEEP_TIME
connection_problem_count += 1
else:
raise
if not refreshed:
raise LMIExceptions.LMISynchroMethodCallError(errorstr)
def _wait_for_job_finished(job):
"""
This function waits for asynchronous job to be finished.
:param job: Instance of ``LMI_SoftwareJob``.
:type job: :py:class:`lmi.shell.LMIInstance`
"""
if not isinstance(job, LMIInstance):
raise TypeError("job must be an LMIInstance")
LOG().debug('Waiting for a job "%s" to finish.', job.InstanceID)
sleep_time = INITIAL_SLEEP_TIME
connection_problem_count = 0
while not LMIJob.lmi_is_job_finished(job):
# Sleep, a bit longer in every iteration
time.sleep(sleep_time)
if sleep_time < LMIMethod._POLLING_ADAPT_MAX_WAITING_TIME:
sleep_time = min(sleep_time * SLEEP_TIME_MULTIPLIER,
LMIMethod._POLLING_ADAPT_MAX_WAITING_TIME)
try:
(refreshed, _, errorstr) = job.refresh()
except pywbem.CIMError as err:
if ( err.args[0] == 0
and err.args[1].lower().startswith('socket error')):
if connection_problem_count >= MAX_CONNECTION_PROBLEM_COUNT:
raise
LOG().warn("Connection problem: %s", err.args[1])
if connection_problem_count == 0:
sleep_time = CONNECTION_PROBLEM_SLEEP_TIME
connection_problem_count += 1
else:
raise
if not refreshed:
raise LMIExceptions.LMISynchroMethodCallError(errorstr)
def _wait_for_job_finished(job):
"""
This function waits for asynchronous job to be finished.
:param job: Instance of ``LMI_SoftwareJob``.
:type job: :py:class:`lmi.shell.LMIInstance`
"""
if not isinstance(job, LMIInstance):
raise TypeError("job must be an LMIInstance")
LOG().debug('waiting for a job "%s" to finish', job.InstanceId)
sleep_time = 0.5
while not LMIJob.lmi_is_job_finished(job):
# Sleep, a bit longer in every iteration
time.sleep(sleep_time)
if sleep_time < LMIMethod._POLLING_ADAPT_MAX_WAITING_TIME:
sleep_time *= 1.5
(refreshed, _, errorstr) = job.refresh()
if not refreshed:
raise LMIExceptions.LMISynchroMethodCallError(errorstr)
def _wait_for_job_finished(job):
"""
This function waits for asynchronous job to be finished.
:param job: Instance of ``LMI_SoftwareJob``.
:type job: :py:class:`lmi.shell.LMIInstance`
"""
if not isinstance(job, LMIInstance):
raise TypeError("job must be an LMIInstance")
LOG().debug('waiting for a job "%s" to finish', job.InstanceId)
sleep_time = 0.5
while not LMIJob.lmi_is_job_finished(job):
# Sleep, a bit longer in every iteration
time.sleep(sleep_time)
if sleep_time < LMIMethod._POLLING_ADAPT_MAX_WAITING_TIME:
sleep_time *= 1.5
(refreshed, _, errorstr) = job.refresh()
if not refreshed:
raise LMIExceptions.LMISynchroMethodCallError(errorstr)
