OperatorSetIdProto#

class onnx_light.onnx.OperatorSetIdProto(*args, **kwargs)#

Defines a unique pair domain, opset version for a set of operators.

ByteSize(self) int#

Returns the serialized size in bytes, following the protobuf API.

CopyFrom(self, arg: onnx_light.onnx_py._onnxpy.OperatorSetIdProto, /) None#

Copies one instance into this one.

ParseFromFile(self, name: str, options: object | None = None, external_data_file: str = '') None#

Parses a binary file to fill this instance.

ParseFromString(self, data: bytes, options: object | None = None) None#
ParseFromString(self, data: str, options: object | None = None) None

Overloaded function.

  1. ParseFromString(self, data: bytes, options: object | None = None) -> None

Parses a sequence of bytes to fill this instance.

  1. ParseFromString(self, data: str, options: object | None = None) -> None

Parses a string to fill this instance.

SerializeSize(self, options: object | None = None) onnx_light.onnx_py._onnxpy.SerializeSizeResult#

Returns the size once serialized without serializing.

SerializeToFile(self, name: str, options: object | None = None, external_data_file: str = '') None#

Serializes this instance into a file. If external_data_size is not empty, big weights are stored in this (depending on options.raw_data_threshold). When writing to two files, temporary external-data metadata is cleared so the in-memory model stays unchanged.

SerializeToString(self, options: object | None = None) bytes#

Serializes this instance into a sequence of bytes.

property domain#

The domain of the operator set being identified. The empty string () or absence of this field implies the operator set that is defined as part of the ONNX specification. This field MUST be present in this version of the IR when referring to any other operator set.

has_domain(self) bool#

Tells if ‘domain’ has a value

has_version(self) bool#

Tells if ‘version’ has a value.

property version#

The version of the operator set being identified. This field MUST be present in this version of the IR.