def __init__(self,
module: torch.fx.GraphModule,
sample_input: Tuple[torch.Tensor],
operator_support: op_support.OperatorSupport = None,
settings: splitter_base._SplitterSettingBase = None):
if not operator_support:
operator_support = op_support.OperatorSupport()
if not settings:
settings = splitter_base._SplitterSettingBase()
settings.allow_non_tensor = True
settings.skip_fusion = True
super().__init__(module, sample_input, operator_support, settings)
def create_trt_operator_support() -> ops.OperatorSupportBase:
"""Creates an `OperatorSupportBase` instance used for TRT splitting purpose.
"""
# Create an `OperatorSupport` that declares a node supported if it
# finds a registered TRT converter.
supported_if_converter_registered = ops.OperatorSupport(
support_dict={get_acc_ops_name(k): None
for k in CONVERTERS.keys()})
return ops.chain(
# 1. Node is not supported if it has args with int64 dtype:
ops.OpSupports.decline_if_input_dtype(torch.int64),
# 2. Node is supported if it has TRT converter:
supported_if_converter_registered,
)
def create_trt_operator_support(
use_implicit_batch_dim=True) -> ops.OperatorSupportBase:
"""Creates an `OperatorSupportBase` instance used for TRT splitting purpose.
"""
# Create an `OperatorSupport` that declares a node supported if it
# finds a registered TRT converter.
support_dict: Dict[str, None] = {}
for k in CONVERTERS.keys():
if use_implicit_batch_dim:
if k not in NO_IMPLICIT_BATCH_DIM_SUPPORT.keys():
support_dict[get_acc_ops_name(k)] = None
elif k not in NO_EXPLICIT_BATCH_DIM_SUPPORT.keys():
support_dict[get_acc_ops_name(k)] = None
supported_if_converter_registered = ops.OperatorSupport(
support_dict=support_dict)
return ops.chain(
# 1. Node is not supported if it has args with int64 dtype:
ops.OpSupports.decline_if_input_dtype(torch.int64),
# 2. Node is supported if it has TRT converter:
supported_if_converter_registered,
)
def op_support_with_support_dict(
support_dict: dict) -> op_support.OperatorSupportBase:
return op_support.OperatorSupport(support_dict)
