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test_upgrader_bytecode_table_example.cpp
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/**
* @generated
* This is an auto-generated file. Please do not modify it by hand.
* To re-generate, please run:
* cd ~/pytorch && python torch/csrc/jit/mobile/upgrader_mobile.cpp
*/
#include <torch/csrc/jit/mobile/upgrader_mobile.h>
#include <ATen/core/ivalue.h>
#include <caffe2/serialize/versions.h>
#include <torch/csrc/jit/mobile/type_parser.h>
namespace c10 {
TypePtr parseType(const std::string& pythonStr);
} // namespace c10
namespace torch {
namespace jit {
// clang-format off
// From operator_versions_map
const std::unordered_map<std::string, std::vector<Upgrader>>
getOperatorVersionMapForMobile() {
static std::unordered_map<std::string, std::vector<Upgrader>>
operatorVersionMapForMobile({
{std::string("aten::div.Scalar"),
std::vector<Upgrader>({
Upgrader({0, 3, "div_Scalar_0_3", 0})
})},
{std::string("aten::div.Tensor"),
std::vector<Upgrader>({
Upgrader({0, 3, "div_Tensor_0_3", 1})
})},
{std::string("aten::div.out"),
std::vector<Upgrader>({
Upgrader({0, 3, "div_out_0_3", 4})
})},
{std::string("aten::div_.Scalar"),
std::vector<Upgrader>({
Upgrader({0, 3, "div__Scalar_0_3", 2})
})},
{std::string("aten::div_.Tensor"),
std::vector<Upgrader>({
Upgrader({0, 3, "div__Tensor_0_3", 3})
})},
{std::string("aten::linspace"),
std::vector<Upgrader>({
Upgrader({0, 7, "linspace_0_7", 7})
})},
{std::string("aten::linspace.out"),
std::vector<Upgrader>({
Upgrader({0, 7, "linspace_out_0_7", 8})
})},
});
return operatorVersionMapForMobile;
}
const std::vector<ByteCodeFunctionWithOperator>& getUpgraderBytecodeList() {
auto generate_upgrader_bytecode_list = []() {
std::vector<ByteCodeFunctionWithOperator> upgrader_function_list({
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"div_Scalar_0_3",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 2},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 3, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::JMP, 3, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::ISINSTANCE, 0, 1},
Instruction{OpCode::STORE, 3, 0},
Instruction{OpCode::MOVE, 3, 0},
Instruction{OpCode::JF, 5, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 6, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::OP, 3, 0},
Instruction{OpCode::STORE, 4, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::MOVE, 4, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue("trunc"),
c10::IValue(true),
}), // constants list,
std::vector<c10::TypePtr>({
c10::parseType("float"),
}), // types list,
4
),
std::vector<OperatorString>({
OperatorString({"aten::is_floating_point", "", 1}),
OperatorString({"aten::div", "Scalar", 2}),
OperatorString({"prim::unchecked_cast", "", 1}),
OperatorString({"aten::div", "Scalar_mode", 3}),
}), // operators list
}),
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"div_Tensor_0_3",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 2},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 3, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::JMP, 3, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::STORE, 3, 0},
Instruction{OpCode::MOVE, 3, 0},
Instruction{OpCode::JF, 5, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 5, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::STORE, 4, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::MOVE, 4, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue("trunc"),
c10::IValue(true),
}), // constants list,
std::vector<c10::TypePtr>(), // types list,
4
),
std::vector<OperatorString>({
OperatorString({"aten::is_floating_point", "", 1}),
OperatorString({"aten::div", "Tensor", 2}),
OperatorString({"aten::div", "Tensor_mode", 3}),
}), // operators list
}),
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"div__Scalar_0_3",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 2},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 3, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::JMP, 3, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::ISINSTANCE, 0, 1},
Instruction{OpCode::STORE, 3, 0},
Instruction{OpCode::MOVE, 3, 0},
Instruction{OpCode::JF, 5, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 6, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::OP, 3, 0},
Instruction{OpCode::STORE, 4, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::MOVE, 4, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue("trunc"),
c10::IValue(true),
}), // constants list,
std::vector<c10::TypePtr>({
c10::parseType("float"),
}), // types list,
4
),
std::vector<OperatorString>({
OperatorString({"aten::is_floating_point", "", 1}),
OperatorString({"aten::div_", "Scalar", 2}),
OperatorString({"prim::unchecked_cast", "", 1}),
OperatorString({"aten::div_", "Scalar_mode", 3}),
}), // operators list
}),
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"div__Tensor_0_3",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 2},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 3, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::JMP, 3, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::STORE, 3, 0},
Instruction{OpCode::MOVE, 3, 0},
Instruction{OpCode::JF, 5, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 5, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::STORE, 4, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::MOVE, 4, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue("trunc"),
c10::IValue(true),
}), // constants list,
std::vector<c10::TypePtr>(), // types list,
4
),
std::vector<OperatorString>({
OperatorString({"aten::is_floating_point", "", 1}),
OperatorString({"aten::div_", "Tensor", 2}),
OperatorString({"aten::div_", "Tensor_mode", 3}),
}), // operators list
}),
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"div_out_0_3",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 3},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 3, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::JMP, 3, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 3, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::JMP, 3, 0},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::STORE, 4, 0},
Instruction{OpCode::MOVE, 4, 0},
Instruction{OpCode::JF, 6, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 6, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::STORE, 5, 0},
Instruction{OpCode::DROPR, 3, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::MOVE, 5, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue("trunc"),
c10::IValue(true),
}), // constants list,
std::vector<c10::TypePtr>(), // types list,
5
),
std::vector<OperatorString>({
OperatorString({"aten::is_floating_point", "", 1}),
OperatorString({"aten::div", "out", 3}),
OperatorString({"aten::div", "out_mode", 4}),
}), // operators list
}),
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"linspace_0_7",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 7},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 10, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::LOAD, 4, 0},
Instruction{OpCode::LOAD, 5, 0},
Instruction{OpCode::LOAD, 6, 0},
Instruction{OpCode::LOAD, 7, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 10, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::LOAD, 4, 0},
Instruction{OpCode::LOAD, 5, 0},
Instruction{OpCode::LOAD, 6, 0},
Instruction{OpCode::LOAD, 7, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::STORE, 8, 0},
Instruction{OpCode::DROPR, 7, 0},
Instruction{OpCode::DROPR, 6, 0},
Instruction{OpCode::DROPR, 5, 0},
Instruction{OpCode::DROPR, 4, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::DROPR, 3, 0},
Instruction{OpCode::MOVE, 8, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue(),
c10::IValue(100),
}), // constants list,
std::vector<c10::TypePtr>(), // types list,
8
),
std::vector<OperatorString>({
OperatorString({"aten::__is__", "", 2}),
OperatorString({"aten::linspace", "", 7}),
OperatorString({"prim::unchecked_cast", "", 1}),
}), // operators list
}),
ByteCodeFunctionWithOperator({
mobile::Function::registerFunc(
"linspace_out_0_7",
std::vector<Instruction>({
Instruction{OpCode::STOREN, 1, 4},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::LOADC, 0, 0},
Instruction{OpCode::OP, 0, 0},
Instruction{OpCode::JF, 7, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOADC, 1, 0},
Instruction{OpCode::LOAD, 4, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::JMP, 7, 0},
Instruction{OpCode::LOAD, 1, 0},
Instruction{OpCode::LOAD, 2, 0},
Instruction{OpCode::LOAD, 3, 0},
Instruction{OpCode::OP, 2, 0},
Instruction{OpCode::LOAD, 4, 0},
Instruction{OpCode::OP, 1, 0},
Instruction{OpCode::STORE, 5, 0},
Instruction{OpCode::DROPR, 4, 0},
Instruction{OpCode::DROPR, 2, 0},
Instruction{OpCode::DROPR, 1, 0},
Instruction{OpCode::DROPR, 3, 0},
Instruction{OpCode::MOVE, 5, 0},
Instruction{OpCode::RET, 0, 0},
}), // instructions list,
std::vector<c10::IValue>({
c10::IValue(),
c10::IValue(100),
}), // constants list,
std::vector<c10::TypePtr>(), // types list,
5
),
std::vector<OperatorString>({
OperatorString({"aten::__is__", "", 2}),
OperatorString({"aten::linspace", "out", 4}),
OperatorString({"prim::unchecked_cast", "", 1}),
}), // operators list
}),
});
for (const auto& upgrader_function : upgrader_function_list) {
for (const auto& op : upgrader_function.operators) {
upgrader_function.function.append_operator(
op.name,
op.overload_name,
op.num_specified_args,
caffe2::serialize::kMaxSupportedFileFormatVersion);
}
}
return upgrader_function_list;
};
static std::vector<ByteCodeFunctionWithOperator> upgraderBytecodeList =
generate_upgrader_bytecode_list();
return upgraderBytecodeList;
}
// clang-format on
} // namespace jit
} // namespace torch