def NewKubernetesExceptionParser(self,
response_dict,
content_dict,
url=DEFAULT_URL):
http_error = apitools_exceptions.HttpError(response_dict,
json.dumps(content_dict),
url)
return exceptions.KubernetesExceptionParser(http_error)
def _UpdateOrCreateService(
self, service_ref, config_changes, with_code, serv):
"""Apply config_changes to the service. Create it if necessary.
Arguments:
service_ref: Reference to the service to create or update
config_changes: list of ConfigChanger to modify the service with
with_code: bool, True if the config_changes contains code to deploy.
We can't create the service if we're not deploying code.
serv: service.Service, For update the Service to update and for
create None.
Returns:
The Service object we created or modified.
"""
messages = self.messages_module
try:
if serv:
# PUT the changed Service
for config_change in config_changes:
serv = config_change.Adjust(serv)
serv_name = service_ref.RelativeName()
serv_update_req = (
messages.RunNamespacesServicesReplaceServiceRequest(
service=serv.Message(),
name=serv_name))
with metrics.RecordDuration(metric_names.UPDATE_SERVICE):
updated = self._client.namespaces_services.ReplaceService(
serv_update_req)
return service.Service(updated, messages)
else:
if not with_code:
raise serverless_exceptions.ServiceNotFoundError(
'Service [{}] could not be found.'.format(service_ref.servicesId))
# POST a new Service
new_serv = service.Service.New(self._client, service_ref.namespacesId)
new_serv.name = service_ref.servicesId
parent = service_ref.Parent().RelativeName()
for config_change in config_changes:
new_serv = config_change.Adjust(new_serv)
serv_create_req = (
messages.RunNamespacesServicesCreateRequest(
service=new_serv.Message(),
parent=parent))
with metrics.RecordDuration(metric_names.CREATE_SERVICE):
raw_service = self._client.namespaces_services.Create(
serv_create_req)
return service.Service(raw_service, messages)
except api_exceptions.HttpBadRequestError as e:
exceptions.reraise(serverless_exceptions.HttpError(e))
except api_exceptions.HttpNotFoundError as e:
platform = properties.VALUES.run.platform.Get()
error_msg = 'Deployment endpoint was not found.'
if platform == 'gke':
all_clusters = global_methods.ListClusters()
clusters = ['* {} in {}'.format(c.name, c.zone) for c in all_clusters]
error_msg += (' Perhaps the provided cluster was invalid or '
'does not have Cloud Run enabled. Pass the '
'`--cluster` and `--cluster-location` flags or set the '
'`run/cluster` and `run/cluster_location` properties to '
'a valid cluster and zone and retry.'
'\nAvailable clusters:\n{}'.format('\n'.join(clusters)))
elif platform == 'managed':
all_regions = global_methods.ListRegions(self._op_client)
if self._region not in all_regions:
regions = ['* {}'.format(r) for r in all_regions]
error_msg += (' The provided region was invalid. '
'Pass the `--region` flag or set the '
'`run/region` property to a valid region and retry.'
'\nAvailable regions:\n{}'.format('\n'.join(regions)))
elif platform == 'kubernetes':
error_msg += (' Perhaps the provided cluster was invalid or '
'does not have Cloud Run enabled. Ensure in your '
'kubeconfig file that the cluster referenced in '
'the current context or the specified context '
'is a valid cluster and retry.')
raise serverless_exceptions.DeploymentFailedError(error_msg)
except api_exceptions.HttpError as e:
platform = properties.VALUES.run.platform.Get()
if platform == 'managed':
exceptions.reraise(e)
k8s_error = serverless_exceptions.KubernetesExceptionParser(e)
causes = '\n\n'.join([c['message'] for c in k8s_error.causes])
if not causes:
causes = k8s_error.error
raise serverless_exceptions.KubernetesError('Error{}:\n{}\n'.format(
's' if len(k8s_error.causes) > 1 else '', causes))
def _UpdateOrCreateService(self, service_ref, config_changes, with_code):
"""Apply config_changes to the service. Create it if necessary.
Arguments:
service_ref: Reference to the service to create or update
config_changes: list of ConfigChanger to modify the service with
with_code: bool, True if the config_changes contains code to deploy.
We can't create the service if we're not deploying code.
Returns:
The Service object we created or modified.
"""
nonce = _Nonce()
config_changes = [
_NewRevisionForcingChange(nonce),
_SetClientNameAndVersion()
] + config_changes
messages = self._messages_module
# GET the Service
serv = self.GetService(service_ref)
try:
if serv:
if not with_code:
# Avoid changing the running code by making the new revision by digest
self._EnsureImageDigest(serv, config_changes)
# Revision names must be unique across the namespace.
# To prevent the revision name being unchanged from the last revision,
# we reset the value so the default naming scheme will be used instead.
serv.template.name = None
# PUT the changed Service
for config_change in config_changes:
config_change.Adjust(serv)
serv_name = service_ref.RelativeName()
serv_update_req = (
messages.RunNamespacesServicesReplaceServiceRequest(
service=serv.Message(), name=serv_name))
with metrics.RecordDuration(metric_names.UPDATE_SERVICE):
updated = self._client.namespaces_services.ReplaceService(
serv_update_req)
return service.Service(updated, messages)
else:
if not with_code:
raise serverless_exceptions.ServiceNotFoundError(
'Service [{}] could not be found.'.format(
service_ref.servicesId))
# POST a new Service
new_serv = service.Service.New(self._client,
service_ref.namespacesId)
new_serv.name = service_ref.servicesId
parent = service_ref.Parent().RelativeName()
for config_change in config_changes:
config_change.Adjust(new_serv)
serv_create_req = (messages.RunNamespacesServicesCreateRequest(
service=new_serv.Message(), parent=parent))
with metrics.RecordDuration(metric_names.CREATE_SERVICE):
raw_service = self._client.namespaces_services.Create(
serv_create_req)
return service.Service(raw_service, messages)
except api_exceptions.HttpBadRequestError as e:
error_payload = exceptions_util.HttpErrorPayload(e)
if error_payload.field_violations:
if (serverless_exceptions.BadImageError.IMAGE_ERROR_FIELD
in error_payload.field_violations):
exceptions.reraise(serverless_exceptions.BadImageError(e))
elif (serverless_exceptions.MalformedLabelError.
LABEL_ERROR_FIELD in error_payload.field_violations):
exceptions.reraise(
serverless_exceptions.MalformedLabelError(e))
exceptions.reraise(e)
except api_exceptions.HttpNotFoundError as e:
platform = properties.VALUES.run.platform.Get()
error_msg = 'Deployment endpoint was not found.'
if platform == 'gke':
all_clusters = global_methods.ListClusters()
clusters = [
'* {} in {}'.format(c.name, c.zone) for c in all_clusters
]
error_msg += (
' Perhaps the provided cluster was invalid or '
'does not have Cloud Run enabled. Pass the '
'`--cluster` and `--cluster-location` flags or set the '
'`run/cluster` and `run/cluster_location` properties to '
'a valid cluster and zone and retry.'
'\nAvailable clusters:\n{}'.format('\n'.join(clusters)))
elif platform == 'managed':
all_regions = global_methods.ListRegions(self._op_client)
if self._region not in all_regions:
regions = ['* {}'.format(r) for r in all_regions]
error_msg += (
' The provided region was invalid. '
'Pass the `--region` flag or set the '
'`run/region` property to a valid region and retry.'
'\nAvailable regions:\n{}'.format('\n'.join(regions)))
elif platform == 'kubernetes':
error_msg += (
' Perhaps the provided cluster was invalid or '
'does not have Cloud Run enabled. Ensure in your '
'kubeconfig file that the cluster referenced in '
'the current context or the specified context '
'is a valid cluster and retry.')
raise serverless_exceptions.DeploymentFailedError(error_msg)
except api_exceptions.HttpError as e:
k8s_error = serverless_exceptions.KubernetesExceptionParser(e)
raise serverless_exceptions.KubernetesError(
'Error{}:\n{}\n'.format(
's' if len(k8s_error.causes) > 1 else '',
'\n\n'.join([c['message'] for c in k8s_error.causes])))