def ValidateFrameworkAndMachineTypeGa(framework, machine_type):
frameworks_enum = (versions_api.GetMessagesModule().GoogleCloudMlV1Version.
FrameworkValueValuesEnum)
if (framework != frameworks_enum.TENSORFLOW
and not machine_type.startswith('ml')):
raise InvalidArgumentCombinationError(
'Machine type {0} is currently only supported with tensorflow.'.
format(machine_type))
def testValidateFrameworkAndMachineTypeGa(self):
frameworks_enum = (
versions_api.GetMessagesModule().GoogleCloudMlV1Version
.FrameworkValueValuesEnum)
versions_util.ValidateFrameworkAndMachineTypeGa(frameworks_enum.XGBOOST,
'mls1-c1-m2')
versions_util.ValidateFrameworkAndMachineTypeGa(frameworks_enum.TENSORFLOW,
'n1-standard-4')
with self.assertRaises(versions_util.InvalidArgumentCombinationError):
versions_util.ValidateFrameworkAndMachineTypeGa(frameworks_enum.XGBOOST,
'n1-standard-4')
def ParseAcceleratorFlag(accelerator):
"""Validates and returns a accelerator config message object."""
types = [c for c in _ACCELERATOR_TYPE_MAPPER.choices]
if accelerator is None:
return None
raw_type = accelerator.get('type', None)
if raw_type not in types:
raise ArgumentError("""\
The type of the accelerator can only be one of the following: {}.
""".format(', '.join(["'{}'".format(c) for c in types])))
accelerator_count = accelerator.get('count', 1)
if accelerator_count <= 0:
raise ArgumentError("""\
The count of the accelerator must be greater than 0.
""")
accelerator_msg = (
versions_api.GetMessagesModule().GoogleCloudMlV1AcceleratorConfig)
accelerator_type = arg_utils.ChoiceToEnum(
raw_type, accelerator_msg.TypeValueValuesEnum)
return accelerator_msg(count=accelerator_count, type=accelerator_type)
def ParseAcceleratorFlag(accelerator):
"""Validates and returns a accelerator config message object."""
types = ('nvidia-tesla-k80', 'nvidia-tesla-p100', 'nvidia-tesla-v100',
'nvidia-tesla-p4')
if accelerator is None:
return None
raw_type = accelerator.get('type', None)
if raw_type not in types:
raise ArgumentError("""\
The type of the accelerator can only be one of the following: 'nvidia-tesla-k80', 'nvidia-tesla-p100', 'nvidia-tesla-v100' and 'nvidia-tesla-p4'.
""")
accelerator_count = accelerator.get('count', 0)
if accelerator_count <= 0:
raise ArgumentError("""\
The count of the accelerator must be greater than 0.
""")
accelerator_msg = (
versions_api.GetMessagesModule().GoogleCloudMlV1AcceleratorConfig)
accelerator_type = arg_utils.ChoiceToEnum(
raw_type, accelerator_msg.TypeValueValuesEnum)
return accelerator_msg(count=accelerator_count, type=accelerator_type)
'--allow-multiline-logs',
action='store_true',
help='Output multiline log messages as single records.')
TASK_NAME = base.Argument(
'--task-name',
required=False,
default=None,
help='If set, display only the logs for this particular task.')
_FRAMEWORK_CHOICES = {
'TENSORFLOW': 'tensorflow',
'SCIKIT_LEARN': 'scikit-learn',
'XGBOOST': 'xgboost'
}
FRAMEWORK_MAPPER = arg_utils.ChoiceEnumMapper(
'--framework', (versions_api.GetMessagesModule().GoogleCloudMlV1Version.
FrameworkValueValuesEnum),
custom_mappings=_FRAMEWORK_CHOICES,
help_str=('The ML framework used to train this version of the model. '
'If not specified, defaults to `tensorflow`'))
def AddPythonVersionFlag(parser, context):
help_str = (
'The version of Python used {context}. If not set, the default '
'version is 2.7. Python 3.5 is available when `runtime_version` is '
'set to 1.4 and above. Python 2.7 works with all supported runtime '
'versions.').format(context=context)
version = base.Argument('--python-version', help=help_str)
version.AddToParser(parser)
help='Output multiline log messages as single records.')
TASK_NAME = base.Argument(
'--task-name',
required=False,
default=None,
help='If set, display only the logs for this particular task.')
_FRAMEWORK_CHOICES = {
'TENSORFLOW': 'tensorflow',
'SCIKIT_LEARN': 'scikit-learn',
'XGBOOST': 'xgboost'
}
FRAMEWORK_MAPPER = arg_utils.ChoiceEnumMapper(
'--framework',
(versions_api.GetMessagesModule().
GoogleCloudMlV1Version.FrameworkValueValuesEnum),
custom_mappings=_FRAMEWORK_CHOICES,
help_str=('ML framework used to train this version of the model. '
'If not specified, defaults to \'tensorflow\''))
def AddKmsKeyFlag(parser, resource):
permission_info = '{} must hold permission {}'.format(
"The 'AI Platform Service Agent' service account",
"'Cloud KMS CryptoKey Encrypter/Decrypter'")
kms_resource_args.AddKmsKeyResourceArg(
parser, resource, permission_info=permission_info)
def AddPythonVersionFlag(parser, context):
help_str = """\