d165905d0ba24cfba414b8e0c20fa8d7c8ab6a6e,nni/retiarii/operation.py,PyTorchOperation,to_forward_code,#PyTorchOperation#Any#Any#Any#,107

Before Change

        elif self.type == "aten::size":
            return f"{output} = {inputs[0]}.size({inputs[1]})"
        elif self.type == "aten::view":
            return f"{output} = {inputs[0]}.view({inputs[1]})"
        else:
            raise RuntimeError(f"unsupported operation type: {self.type} ? {self._to_class_name()}")

class TensorFlowOperation(Operation):

After Change

            return f"{output} = [{", ".join(inputs)}]"
        elif self.type == "aten::mean":
            return f"{output} = torch.mean({inputs[0]}, {", ".join(inputs[1:-1])}, out={inputs[-1]})"
        elif self.type == "aten::__getitem__":
            assert len(inputs) == 2
            return f"{output} = {inputs[0]}[{inputs[1]}]"
        elif self.type == "aten::append":
            assert len(inputs) == 2
            return f"_, {output} = {inputs[0]}.append({inputs[1]}), {inputs[0]}"
        elif self.type == "aten::cat":
            assert len(inputs) == 2
            return f"{output} = torch.cat({inputs[0]}, dim={inputs[1]})"
        elif self.type == "aten::add":
            assert len(inputs) == 2
            return f"{output} = {inputs[0]} + {inputs[1]}"
        elif self.type == Type.MergedSlice:
            assert (len(inputs) - 1) % 4 == 0
            slices = []
            dim = int((len(inputs) - 1) / 4)
            for i in range(dim):
                slices.append(f"{inputs[i*4+2]}:{inputs[i*4+3]}:{inputs[i*4+4]}")
            slice_str = ",".join(slices)
            return f"{output} = {inputs[0]}[{slice_str}]"
        elif self.type == "aten::size":
            assert len(inputs) == 2
            return f"{output} = {inputs[0]}.size({inputs[1]})"
        elif self.type == "aten::view":
            assert len(inputs) == 2
            return f"{output} = {inputs[0]}.view({inputs[1]})"
        elif self.type == "aten::slice":
            raise RuntimeError("not supposed to have aten::slice operation")
        else:
            raise RuntimeError(f"unsupported operation type: {self.type} ? {self._to_class_name()}")

class TensorFlowOperation(Operation):

Instances