def _CreateExecuteResponse(client, messages, request, is_async, command_prefix):
"""Creates an ExecutePatchJobResponse message."""
async_response = client.projects_patchJobs.Execute(request)
patch_job_name = osconfig_command_utils.GetResourceName(async_response.name)
if is_async:
log.status.Print(
'Execution in progress for patch job [{}]'.format(patch_job_name))
log.status.Print(
'Run the [{} describe] command to check the status of this execution.'
.format(command_prefix))
return async_response
# Execute the patch job synchronously.
patch_job_poller = osconfig_api_utils.Poller(client, messages)
get_request = messages.OsconfigProjectsPatchJobsGetRequest(
name=async_response.name)
sync_response = waiter.WaitFor(
patch_job_poller,
get_request,
custom_tracker=_CreateProgressTracker(patch_job_name),
tracker_update_func=_UpdateProgressTracker,
pre_start_sleep_ms=5000,
exponential_sleep_multiplier=1, # Constant poll rate of 5s.
sleep_ms=5000,
)
log.status.Print(
'Execution for patch job [{}] has completed with status [{}].'.format(
patch_job_name, sync_response.state))
log.status.Print('Run the [{} list-instance-details] command to view any '
'instance failure reasons.'.format(command_prefix))
return sync_response
def Run(self, args):
project = properties.VALUES.core.project.GetOrFail()
release_track = self.ReleaseTrack()
client = osconfig_api_utils.GetClientInstance(release_track)
messages = osconfig_api_utils.GetClientMessages(release_track)
duration = six.text_type(args.duration) + 's' if args.duration else None
filter_arg = 'id=*' if not args.instance_filter else args.instance_filter
reboot_config = getattr(
messages.PatchConfig.RebootConfigValueValuesEnum,
args.reboot_config.upper()) if args.reboot_config else None
retry_strategy = messages.RetryStrategy(
enabled=True) if args.retry else None
patch_config = messages.PatchConfig(
rebootConfig=reboot_config,
retryStrategy=retry_strategy,
apt=_GetAptSettings(args, messages),
windowsUpdate=_GetWindowsUpdateSettings(args, messages),
yum=_GetYumSettings(args, messages),
zypper=_GetZypperSettings(args, messages),
preStep=_GetPrePostPatchStepSettings(
args, messages, is_pre_patch_step=True),
postStep=_GetPrePostPatchStepSettings(
args, messages, is_pre_patch_step=False),
)
request = messages.OsconfigProjectsPatchJobsExecuteRequest(
executePatchJobRequest=messages.ExecutePatchJobRequest(
description=args.description,
dryRun=args.dry_run,
duration=duration,
filter=filter_arg,
patchConfig=patch_config,
),
parent=osconfig_command_utils.GetProjectUriPath(project))
async_response = client.projects_patchJobs.Execute(request)
patch_job_name = osconfig_command_utils.GetPatchJobName(async_response.name)
if args.async_:
log.status.Print(
'Execution in progress for patch job [{}]'.format(patch_job_name))
log.status.Print(
'Run the [{} describe] command to check the status of this execution.'
.format(self._command_prefix))
return async_response
# Execute the patch job synchronously.
patch_job_poller = osconfig_api_utils.Poller(client, messages)
get_request = messages.OsconfigProjectsPatchJobsGetRequest(
name=async_response.name)
sync_response = waiter.WaitFor(
patch_job_poller,
get_request,
custom_tracker=_GetProgressTracker(patch_job_name),
tracker_update_func=_UpdateProgressTracker,
pre_start_sleep_ms=5000,
exponential_sleep_multiplier=1, # Constant poll rate of 5s.
sleep_ms=5000,
)
log.status.Print(
'Execution for patch job [{}] has completed with status [{}].'.format(
patch_job_name, sync_response.state))
log.status.Print('Run the [{} list-instance-details] command to view any '
'instance failure reasons.'.format(self._command_prefix))
return sync_response
