def Run(self, args):
"""Run 'service-management delete'.
Args:
args: argparse.Namespace, The arguments that this command was invoked
with.
Returns:
The response from the Delete API call (or None if cancelled).
"""
messages = services_util.GetMessagesModule()
client = services_util.GetClientInstance()
# Prompt with a warning before continuing.
console_io.PromptContinue(
message=
'Are you sure? This will set the service configuration to be '
'deleted, along with all of the associated consumer '
'information. Note: This does not immediately delete the '
'service configuration or data and can be undone using the '
'undelete command for 30 days. Only after 30 days will the '
'service be purged from the system.',
prompt_string='Continue anyway',
default=True,
throw_if_unattended=True,
cancel_on_no=True)
service = arg_parsers.GetServiceNameFromArg(args.service)
request = messages.ServicemanagementServicesDeleteRequest(
serviceName=service, )
operation = client.services.Delete(request)
return services_util.ProcessOperationResult(operation, args.async_)
def __DeleteEndpointsService(self, service_name):
messages = endpoints.GetMessagesModule()
client = endpoints.GetClientInstance()
request = messages.ServicemanagementServicesDeleteRequest(
serviceName=service_name)
operation = client.services.Delete(request)
return endpoints.ProcessOperationResult(operation, False)
def Run(self, args):
"""Run 'service-management operations wait'.
Args:
args: argparse.Namespace, The arguments that this command was invoked
with.
Returns:
If successful, the response from the operations.Get API call.
"""
messages = services_util.GetMessagesModule()
client = services_util.GetClientInstance()
operation_id = arg_parsers.GetOperationIdFromArg(args.operation)
request = messages.ServicemanagementOperationsGetRequest(
operationsId=operation_id,)
operation = client.operations.Get(request)
return services_util.ProcessOperationResult(operation, is_async=False)
def Run(self, args):
"""Run 'endpoints services deploy'.
Args:
args: argparse.Namespace, The arguments that this command was invoked
with.
Returns:
The response from the Update API call.
Raises:
BadFileExceptionn: if the provided service configuration files are
invalid or cannot be read.
"""
messages = services_util.GetMessagesModule()
client = services_util.GetClientInstance()
file_types = messages.ConfigFile.FileTypeValueValuesEnum
self.service_name = self.service_version = config_contents = None
config_files = []
self.validate_only = args.validate_only
# TODO(b/77867100): remove .proto support and deprecation warning.
give_proto_deprecate_warning = False
# If we're not doing a validate-only run, we don't want to output the
# resource directly unless the user specifically requests it using the
# --format flag. The Epilog will show useful information after deployment
# is complete.
if not self.validate_only and not args.IsSpecified('format'):
args.format = 'none'
for service_config_file in args.service_config_file:
config_contents = services_util.ReadServiceConfigFile(service_config_file)
if services_util.FilenameMatchesExtension(
service_config_file, ['.json', '.yaml', '.yml']):
# Try to load the file as JSON. If that fails, try YAML.
service_config_dict = services_util.LoadJsonOrYaml(config_contents)
if not service_config_dict:
raise calliope_exceptions.BadFileException(
'Could not read JSON or YAML from service config file '
'[{0}].'.format(service_config_file))
if 'swagger' in service_config_dict:
if 'host' not in service_config_dict:
raise calliope_exceptions.BadFileException((
'Malformed input. Found Swagger service config in file [{}], '
'but no host was specified. Add a host specification to the '
'config file.').format(
service_config_file))
if not self.service_name and service_config_dict.get('host'):
self.service_name = service_config_dict.get('host')
# Always use YAML for Open API because JSON is a subset of YAML.
config_files.append(
self.MakeConfigFileMessage(config_contents, service_config_file,
file_types.OPEN_API_YAML))
elif service_config_dict.get('type') == 'google.api.Service':
if not self.service_name and service_config_dict.get('name'):
self.service_name = service_config_dict.get('name')
config_files.append(
self.MakeConfigFileMessage(config_contents, service_config_file,
file_types.SERVICE_CONFIG_YAML))
elif 'name' in service_config_dict:
# This is a special case. If we have been provided a Google Service
# Configuration file which has a service 'name' field, but no 'type'
# field, we have to assume that this is a normalized service config,
# and can be uploaded via the CreateServiceConfig API. Therefore,
# we can short circute the process here.
if len(args.service_config_file) > 1:
raise calliope_exceptions.BadFileException((
'Ambiguous input. Found normalized service configuration in '
'file [{0}], but received multiple input files. To upload '
'normalized service config, please provide it separately from '
'other input files to avoid ambiguity.').format(
service_config_file))
# If this is a validate-only run, abort now, since this is not
# supported in the ServiceConfigs.Create API
if self.validate_only:
raise exceptions.InvalidFlagError(
'The --validate-only flag is not supported when using '
'normalized service configs as input.')
self.service_name = service_config_dict.get('name')
config_files = []
break
else:
raise calliope_exceptions.BadFileException((
'Unable to parse Open API, or Google Service Configuration '
'specification from {0}').format(service_config_file))
elif services_util.IsProtoDescriptor(service_config_file):
config_files.append(
self.MakeConfigFileMessage(config_contents, service_config_file,
file_types.FILE_DESCRIPTOR_SET_PROTO))
elif services_util.IsRawProto(service_config_file):
give_proto_deprecate_warning = True
config_files.append(
self.MakeConfigFileMessage(config_contents, service_config_file,
file_types.PROTO_FILE))
else:
raise calliope_exceptions.BadFileException((
'Could not determine the content type of file [{0}]. Supported '
'extensions are .json .yaml .yml .pb and .descriptor').format(
service_config_file))
if give_proto_deprecate_warning:
log.warning(
'Support for uploading uncompiled .proto files is deprecated and '
'will soon be removed. Use compiled descriptor sets (.pb) instead.\n')
# Check if we need to create the service.
was_service_created = False
if not services_util.DoesServiceExist(self.service_name):
project_id = properties.VALUES.core.project.Get(required=True)
# Deploying, even with validate-only, cannot succeed without the service
# being created
if self.validate_only:
if not console_io.CanPrompt():
raise exceptions.InvalidConditionError(VALIDATE_NEW_ERROR.format(
service_name=self.service_name, project_id=project_id))
if not console_io.PromptContinue(
VALIDATE_NEW_PROMPT.format(
service_name=self.service_name, project_id=project_id)):
return None
services_util.CreateService(self.service_name, project_id)
was_service_created = True
if config_files:
push_config_result = services_util.PushMultipleServiceConfigFiles(
self.service_name, config_files, args.async_,
validate_only=self.validate_only)
self.service_config_id = (
services_util.GetServiceConfigIdFromSubmitConfigSourceResponse(
push_config_result)
)
else:
push_config_result = services_util.PushNormalizedGoogleServiceConfig(
self.service_name,
properties.VALUES.core.project.Get(required=True),
services_util.LoadJsonOrYaml(config_contents))
self.service_config_id = push_config_result.id
if not self.service_config_id:
raise exceptions.InvalidConditionError(
'Failed to retrieve Service Configuration Id.')
# Run the Push Advisor to see if we need to warn the user of any
# potentially hazardous changes to the service configuration.
if self.CheckPushAdvisor(args.force):
return None
# Create a Rollout for the new service configuration
if not self.validate_only:
percentages = messages.TrafficPercentStrategy.PercentagesValue()
percentages.additionalProperties.append(
(messages.TrafficPercentStrategy.PercentagesValue.AdditionalProperty(
key=self.service_config_id, value=100.0)))
traffic_percent_strategy = messages.TrafficPercentStrategy(
percentages=percentages)
rollout = messages.Rollout(
serviceName=self.service_name,
trafficPercentStrategy=traffic_percent_strategy,)
rollout_create = messages.ServicemanagementServicesRolloutsCreateRequest(
rollout=rollout,
serviceName=self.service_name,
)
rollout_operation = client.services_rollouts.Create(rollout_create)
services_util.ProcessOperationResult(rollout_operation, args.async_)
if was_service_created:
self.AttemptToEnableService(self.service_name, args.async_)
return push_config_result