【质量加固】修复10个代码规范问题：枚举类改造-graph-autofusion-AtomGit

已合并

【质量加固】修复10个代码规范问题：枚举类改造 #1730

西山枫叶创建于 8月13日从wem603947175/graph-autofusion： quality-fix 合入到 cann/graph-autofusion： develop

【质量加固】修复10个代码规范问题：枚举类改造 #1730

已合并

西山枫叶创建于 8月13日

从wem603947175/graph-autofusion quality-fix合入到cann/graph-autofusion develop

共 9 个文件变更+30-30

Mautofuse/att/base/base_types.h+1-1

	@@ -38,7 +38,7 @@ using ge::SymbolicUtils;
38		38
39	namespace att {	39	namespace att {
40	using Expr = af::Expression;	40	using Expr = af::Expression;
41	-enum SolverType : uint32_t { SEARCH_TILE, ERROR };	41	+enum class SolverType : uint32_t { SEARCH_TILE, ERROR };
42		42
43	enum class HardwareDef {	43	enum class HardwareDef {
44	GM = 0,	44	GM = 0,

Mautofuse/graph_metadef/graph/expression/expr_print_manager.cc+16-16

	@@ -68,27 +68,27 @@ std::string PrintArgs(const std::vector<SymEngineExprPtr> &args, const std::stri
68	std::string DefaultCeilPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	68	std::string DefaultCeilPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
69	return kPrintCeil + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	69	return kPrintCeil + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
70	}	70	}
71	-REGISTER_EXPR_DEFAULT_PRINTER(kOpCeil, DefaultCeilPrinter);	71	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpCeil, DefaultCeilPrinter);
72		72
73	std::string DefaultFloorPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	73	std::string DefaultFloorPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
74	return kPrintFloor + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	74	return kPrintFloor + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
75	}	75	}
76	-REGISTER_EXPR_DEFAULT_PRINTER(kOpFloor, DefaultFloorPrinter);	76	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpFloor, DefaultFloorPrinter);
77		77
78	std::string DefaultAbsPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	78	std::string DefaultAbsPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
79	return kPrintAbs + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	79	return kPrintAbs + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
80	}	80	}
81	-REGISTER_EXPR_DEFAULT_PRINTER(kOpAbs, DefaultAbsPrinter);	81	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpAbs, DefaultAbsPrinter);
82		82
83	std::string DefaultLogicalAndPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	83	std::string DefaultLogicalAndPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
84	return kPrintLogicalAnd + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	84	return kPrintLogicalAnd + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
85	}	85	}
86	-REGISTER_EXPR_DEFAULT_PRINTER(kOpLogicalAnd, DefaultLogicalAndPrinter);	86	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpLogicalAnd, DefaultLogicalAndPrinter);
87		87
88	std::string DefaultLogicalOrPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	88	std::string DefaultLogicalOrPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
89	return kPrintLogicalOr + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	89	return kPrintLogicalOr + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
90	}	90	}
91	-REGISTER_EXPR_DEFAULT_PRINTER(kOpLogicalOr, DefaultLogicalOrPrinter);	91	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpLogicalOr, DefaultLogicalOrPrinter);
92		92
93	std::string DefaultAddPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	93	std::string DefaultAddPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
94	std::vector<SymEngineExprPtr> positive_args;	94	std::vector<SymEngineExprPtr> positive_args;
	@@ -112,7 +112,7 @@ std::string DefaultAddPrinter(const std::vector<SymEngineExprPtr> &args, StrType
112	res_str += kPrintBracket_R;	112	res_str += kPrintBracket_R;
113	return res_str;	113	return res_str;
114	}	114	}
115	-REGISTER_EXPR_DEFAULT_PRINTER(kOpAdd, DefaultAddPrinter);	115	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpAdd, DefaultAddPrinter);
116		116
117	std::string DefaultMulPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	117	std::string DefaultMulPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
118	// split mul to num and dens	118	// split mul to num and dens
	@@ -141,7 +141,7 @@ std::string DefaultMulPrinter(const std::vector<SymEngineExprPtr> &args, StrType
141	res_str += kPrintBracket_R;	141	res_str += kPrintBracket_R;
142	return res_str;	142	return res_str;
143	}	143	}
144	-REGISTER_EXPR_DEFAULT_PRINTER(kOpMul, DefaultMulPrinter);	144	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpMul, DefaultMulPrinter);
145		145
146	std::string DefaultMaxPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	146	std::string DefaultMaxPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
147	std::string res_str;	147	std::string res_str;
	@@ -155,7 +155,7 @@ std::string DefaultMaxPrinter(const std::vector<SymEngineExprPtr> &args, StrType
155	}	155	}
156	return res_str;	156	return res_str;
157	}	157	}
158	-REGISTER_EXPR_DEFAULT_PRINTER(kOpMax, DefaultMaxPrinter);	158	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpMax, DefaultMaxPrinter);
159		159
160	std::string DefaultMinPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	160	std::string DefaultMinPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
161	std::string res_str;	161	std::string res_str;
	@@ -169,7 +169,7 @@ std::string DefaultMinPrinter(const std::vector<SymEngineExprPtr> &args, StrType
169	}	169	}
170	return res_str;	170	return res_str;
171	}	171	}
172	-REGISTER_EXPR_DEFAULT_PRINTER(kOpMin, DefaultMinPrinter);	172	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpMin, DefaultMinPrinter);
173		173
174	std::string PrintIntExpPow(const SymEngineExprPtr &base, const uint32_t exp, StrType type) {	174	std::string PrintIntExpPow(const SymEngineExprPtr &base, const uint32_t exp, StrType type) {
175	std::string res_str = "(";	175	std::string res_str = "(";
	@@ -212,7 +212,7 @@ std::string DefaultPowPrinter(const std::vector<SymEngineExprPtr> &args, StrType
212	}	212	}
213	return GetDefaultPowPrint(args, type);	213	return GetDefaultPowPrint(args, type);
214	}	214	}
215	-REGISTER_EXPR_DEFAULT_PRINTER(kOpPow, DefaultPowPrinter);	215	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpPow, DefaultPowPrinter);
216		216
217	std::string GetDefaultModPrint(const std::vector<SymEngineExprPtr> &base_args, StrType type) {	217	std::string GetDefaultModPrint(const std::vector<SymEngineExprPtr> &base_args, StrType type) {
218	constexpr const size_t mod_args_num = 2UL;	218	constexpr const size_t mod_args_num = 2UL;
	@@ -223,25 +223,25 @@ std::string GetDefaultModPrint(const std::vector<SymEngineExprPtr> &base_args, S
223	return kPrintMod + "(" + ExpressionImpl::SymExprToExpressionImplRef(base_args[dividend_idx]).Str(type) + ", " +	223	return kPrintMod + "(" + ExpressionImpl::SymExprToExpressionImplRef(base_args[dividend_idx]).Str(type) + ", " +
224	ExpressionImpl::SymExprToExpressionImplRef(base_args[divisor_idx]).Str(type) + ")";	224	ExpressionImpl::SymExprToExpressionImplRef(base_args[divisor_idx]).Str(type) + ")";
225	}	225	}
226	-REGISTER_EXPR_DEFAULT_PRINTER(kOpMod, GetDefaultModPrint);	226	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpMod, GetDefaultModPrint);
227		227
228	std::string DefaultLogPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	228	std::string DefaultLogPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
229	return kPrintLog + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	229	return kPrintLog + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
230	}	230	}
231	-REGISTER_EXPR_DEFAULT_PRINTER(kOpLog, DefaultLogPrinter);	231	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpLog, DefaultLogPrinter);
232		232
233	std::string DefaultEqualPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	233	std::string DefaultEqualPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
234	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "Equal operator args size should be 2, but get %zu", args.size());	234	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "Equal operator args size should be 2, but get %zu", args.size());
235		235
236	return kPrintEq + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	236	return kPrintEq + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
237	}	237	}
238	-REGISTER_EXPR_DEFAULT_PRINTER(kOpEq, DefaultEqualPrinter);	238	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpEq, DefaultEqualPrinter);
239		239
240	std::string DefaultUnEqualPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	240	std::string DefaultUnEqualPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
241	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "Unequal operator args size should be 2, but get %zu", args.size());	241	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "Unequal operator args size should be 2, but get %zu", args.size());
242	return kPrintNe + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;	242	return kPrintNe + kPrintBracket_L + PrintArgs(args, kPrintDelim, type) + kPrintBracket_R;
243	}	243	}
244	-REGISTER_EXPR_DEFAULT_PRINTER(kOpNe, DefaultUnEqualPrinter);	244	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpNe, DefaultUnEqualPrinter);
245		245
246	std::string DefaultStrictLessThanPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	246	std::string DefaultStrictLessThanPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
247	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "StrictLessThan operator args size should be 2, but get %zu",	247	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "StrictLessThan operator args size should be 2, but get %zu",
	@@ -249,13 +249,13 @@ std::string DefaultStrictLessThanPrinter(const std::vector<SymEngineExprPtr> &ar
249	return kPrintLt + kPrintBracket_L + ExpressionImpl::SymExprToExpressionImplRef(args[0]).Str(type) + kPrintDelim +	249	return kPrintLt + kPrintBracket_L + ExpressionImpl::SymExprToExpressionImplRef(args[0]).Str(type) + kPrintDelim +
250	ExpressionImpl::SymExprToExpressionImplRef(args[1]).Str(type) + kPrintBracket_R;	250	ExpressionImpl::SymExprToExpressionImplRef(args[1]).Str(type) + kPrintBracket_R;
251	}	251	}
252	-REGISTER_EXPR_DEFAULT_PRINTER(kOpLt, DefaultStrictLessThanPrinter);	252	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpLt, DefaultStrictLessThanPrinter);
253		253
254	std::string DefaultLessThanPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {	254	std::string DefaultLessThanPrinter(const std::vector<SymEngineExprPtr> &args, StrType type) {
255	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "LessThan operator args size should be 2, but get %zu", args.size());	255	GE_ASSERT_TRUE(args.size() == kRelationArgsNum, "LessThan operator args size should be 2, but get %zu", args.size());
256	return kPrintLe + kPrintBracket_L + ExpressionImpl::SymExprToExpressionImplRef(args[0]).Str(type) + kPrintDelim +	256	return kPrintLe + kPrintBracket_L + ExpressionImpl::SymExprToExpressionImplRef(args[0]).Str(type) + kPrintDelim +
257	ExpressionImpl::SymExprToExpressionImplRef(args[1]).Str(type) + kPrintBracket_R;	257	ExpressionImpl::SymExprToExpressionImplRef(args[1]).Str(type) + kPrintBracket_R;
258	}	258	}
259	-REGISTER_EXPR_DEFAULT_PRINTER(kOpLe, DefaultLessThanPrinter);	259	+REGISTER_EXPR_DEFAULT_PRINTER(OperationType::kOpLe, DefaultLessThanPrinter);
260	} // namespace	260	} // namespace
261	} // namespace af	261	} // namespace af

Mautofuse/graph_metadef/graph/expression/expression_impl.h+1-1

	@@ -30,7 +30,7 @@ using ExpressionImplPtr = std::unique_ptr<ExpressionImpl>;
30	using RelationalFunc = std::function<SymEngine::RCP<const SymEngine::Basic>(	30	using RelationalFunc = std::function<SymEngine::RCP<const SymEngine::Basic>(
31	const SymEngine::RCP<const SymEngine::Basic> &, const SymEngine::RCP<const SymEngine::Basic> &)>;	31	const SymEngine::RCP<const SymEngine::Basic> &, const SymEngine::RCP<const SymEngine::Basic> &)>;
32		32
33	-enum OperationType : size_t {	33	+enum class OperationType : size_t {
34	kOpAdd = 0,	34	kOpAdd = 0,
35	kOpMax,	35	kOpMax,
36	kOpMin,	36	kOpMin,

Mautofuse/inc/graph_metadef/common/ge_common/debug/ge_log.h+1-1

	@@ -38,7 +38,7 @@ extern "C" {
38	#define GE_MODULE_NAME static_cast<int32_t>(GE)	38	#define GE_MODULE_NAME static_cast<int32_t>(GE)
39	#define GE_MODULE_NAME_U16 static_cast<uint16_t>(GE)	39	#define GE_MODULE_NAME_U16 static_cast<uint16_t>(GE)
40		40
41	-enum TraceStatus { TRACE_INIT = 0, TRACE_RUNNING, TRACE_WAITING, TRACE_STOP };	41	+enum class TraceStatus { TRACE_INIT = 0, TRACE_RUNNING, TRACE_WAITING, TRACE_STOP };
42		42
43	class GE_FUNC_VISIBILITY GeLog {	43	class GE_FUNC_VISIBILITY GeLog {
44	public:	44	public:

Mautofuse/inc/graph_metadef/register/graph_optimizer/buffer_fusion/buffer_fusion_pass_base.h+1-1

	@@ -20,7 +20,7 @@
20	#include "register/graph_optimizer/fusion_common/op_slice_info.h"	20	#include "register/graph_optimizer/fusion_common/op_slice_info.h"
21		21
22	namespace fe {	22	namespace fe {
23	-enum BufferFusionPassType {	23	+enum class BufferFusionPassType {
24	BUILT_IN_AI_CORE_BUFFER_FUSION_PASS,	24	BUILT_IN_AI_CORE_BUFFER_FUSION_PASS,
25	BUILT_IN_VECTOR_CORE_BUFFER_FUSION_PASS,	25	BUILT_IN_VECTOR_CORE_BUFFER_FUSION_PASS,
26	CUSTOM_AI_CORE_BUFFER_FUSION_PASS,	26	CUSTOM_AI_CORE_BUFFER_FUSION_PASS,

Mautofuse/inc/graph_metadef/register/graph_optimizer/buffer_fusion/buffer_fusion_pattern.h+3-3

	@@ -28,9 +28,9 @@ extern const int64_t TBE_OUTPUT_BRANCH_MULTI;
28	extern const int64_t TBE_PATTERN_GROUPID_INVALID;	28	extern const int64_t TBE_PATTERN_GROUPID_INVALID;
29	extern const int32_t TBE_OUTPUT_MAX_NUM_LIMIT;	29	extern const int32_t TBE_OUTPUT_MAX_NUM_LIMIT;
30		30
31	-enum SkipStatus { DISABLED = 0, AVAILABLE = 1, SKIPPED = 2 };	31	+enum class SkipStatus { DISABLED = 0, AVAILABLE = 1, SKIPPED = 2 };
32		32
33	-enum ShapeTypeRule { IGNORE_SHAPE_TYPE = 0, ONLY_SUPPORT_STATIC, ONLY_SUPPORT_DYNAMIC };	33	+enum class ShapeTypeRule { IGNORE_SHAPE_TYPE = 0, ONLY_SUPPORT_STATIC, ONLY_SUPPORT_DYNAMIC };
34		34
35	enum class PatternRelation { RELATIVE_POSITION_CONSISTENT = 0 };	35	enum class PatternRelation { RELATIVE_POSITION_CONSISTENT = 0 };
36		36
	@@ -82,7 +82,7 @@ class BufferFusionPattern {
82	const int64_t repeat_min = TBE_PATTERN_NUM_DEFAULT,	82	const int64_t repeat_min = TBE_PATTERN_NUM_DEFAULT,
83	const int64_t repeat_max = TBE_PATTERN_NUM_DEFAULT,	83	const int64_t repeat_max = TBE_PATTERN_NUM_DEFAULT,
84	const int64_t group_id = TBE_PATTERN_GROUPID_INVALID,	84	const int64_t group_id = TBE_PATTERN_GROUPID_INVALID,
85	- const ShapeTypeRule shape_type_rule = ONLY_SUPPORT_STATIC,	85	+ const ShapeTypeRule shape_type_rule = ShapeTypeRule::ONLY_SUPPORT_STATIC,
86	const bool not_pattern = false, const bool is_allow_series = true);	86	const bool not_pattern = false, const bool is_allow_series = true);
87		87
88	/**	88	/**

Mautofuse/inc/graph_metadef/register/graph_optimizer/fusion_common/fusion_turbo.h+3-3

	@@ -22,7 +22,7 @@
22	#include "register/graph_optimizer/fusion_common/fusion_turbo_utils.h"	22	#include "register/graph_optimizer/fusion_common/fusion_turbo_utils.h"
23		23
24	namespace fe {	24	namespace fe {
25	-enum TensorUptType {	25	+enum class TensorUptType {
26	UPDATE_NONE = 0,	26	UPDATE_NONE = 0,
27	UPDATE_THIS = 1,	27	UPDATE_THIS = 1,
28	UPDATE_PEER,	28	UPDATE_PEER,
	@@ -161,10 +161,10 @@ class FusionTurbo {
161	const int32_t &output_index = 0) const;	161	const int32_t &output_index = 0) const;
162		162
163	static Status LinkInput(Relations &input_relations, const ge::NodePtr &dst_node,	163	static Status LinkInput(Relations &input_relations, const ge::NodePtr &dst_node,
164	- const TensorUptType &update_tensor = UPDATE_THIS);	164	+ const TensorUptType &update_tensor = TensorUptType::UPDATE_THIS);
165		165
166	static Status LinkOutput(Relations &output_relations, const ge::NodePtr &src_node,	166	static Status LinkOutput(Relations &output_relations, const ge::NodePtr &src_node,
167	- const TensorUptType &update_tensor = UPDATE_THIS);	167	+ const TensorUptType &update_tensor = TensorUptType::UPDATE_THIS);
168		168
169	static ge::NodePtr GetPeerOutNode(const ge::NodePtr &node, const int32_t &this_node_input_index);	169	static ge::NodePtr GetPeerOutNode(const ge::NodePtr &node, const int32_t &this_node_input_index);
170		170

Mautofuse/inc/graph_metadef/register/graph_optimizer/fusion_common/fusion_turbo_utils.h+2-2

	@@ -23,7 +23,7 @@
23	} while (0)	23	} while (0)
24		24
25	namespace fe {	25	namespace fe {
26	-enum Direction {	26	+enum class Direction {
27	CURRENT = 0, /* 表示NodeIndex指示的是当前节点的对应输入输出。 */	27	CURRENT = 0, /* 表示NodeIndex指示的是当前节点的对应输入输出。 */
28	/* 当连接输入的场景，PEER模式下会获取<node, index>的对端输出节点和对端index。 */	28	/* 当连接输入的场景，PEER模式下会获取<node, index>的对端输出节点和对端index。 */
29	/* 当连接输出的场景，PEER模式下会获取<node, index>的所有对端输入节点和所有对端index。 */	29	/* 当连接输出的场景，PEER模式下会获取<node, index>的所有对端输入节点和所有对端index。 */
	@@ -36,7 +36,7 @@ enum Direction {
36	struct NodeIndex {	36	struct NodeIndex {
37	ge::NodePtr node;	37	ge::NodePtr node;
38	int32_t index;	38	int32_t index;
39	- Direction direction = CURRENT;	39	+ Direction direction = Direction::CURRENT;
40	NodeIndex() {	40	NodeIndex() {
41	node = nullptr;	41	node = nullptr;
42	index = -1;	42	index = -1;

Mautofuse/inc/graph_metadef/register/graph_optimizer/fusion_common/op_slice_info.h+2-2

	@@ -16,8 +16,8 @@
16	#include <memory>	16	#include <memory>
17		17
18	namespace fe {	18	namespace fe {
19	-enum OpReduceType { REDUCE_MEAN = 0, REDUCE_ADD, REDUCE_MAX, REDUCE_MIN };	19	+enum class OpReduceType { REDUCE_MEAN = 0, REDUCE_ADD, REDUCE_MAX, REDUCE_MIN };
20	-enum OpL1FusionType { L1FUSION_DISABLE = 0, L1FUSION_BASIC, L1FUSION_INPUT_CTR };	20	+enum class OpL1FusionType { L1FUSION_DISABLE = 0, L1FUSION_BASIC, L1FUSION_INPUT_CTR };
21		21
22	class InputSplitInfoImpl;	22	class InputSplitInfoImpl;
23	using InputSplitInfoImplPtr = std::shared_ptr<InputSplitInfoImpl>;	23	using InputSplitInfoImplPtr = std::shared_ptr<InputSplitInfoImpl>;