1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
|
/*========================== begin_copyright_notice ============================
Copyright (C) 2021 Intel Corporation
SPDX-License-Identifier: MIT
============================= end_copyright_notice ===========================*/
#include "IGCMetric.h"
#include "IGCMetricImpl.h"
class VISAModule;
namespace IGCMetrics {
inline IGCMetricImpl *get(void *pIGCMetric) { return (IGCMetricImpl *)(pIGCMetric); }
IGCMetric::IGCMetric() { this->igcMetric = (void *)new IGCMetricImpl(); }
IGCMetric::~IGCMetric() { delete get(igcMetric); }
bool IGCMetric::Enable() { return get(igcMetric)->Enable(); }
void IGCMetric::Init(ShaderHash *Hash, bool isEnabled) { get(igcMetric)->Init(Hash, isEnabled); }
size_t IGCMetric::getMetricDataSize() { return get(igcMetric)->getMetricDataSize(); }
const void *const IGCMetric::getMetricData() { return get(igcMetric)->getMetricData(); }
void IGCMetric::OutputMetrics() { get(igcMetric)->OutputMetrics(); }
void IGCMetric::StatBeginEmuFunc(llvm::Instruction *instruction) { get(igcMetric)->StatBeginEmuFunc(instruction); }
void IGCMetric::StatEndEmuFunc(llvm::Instruction *emulatedInstruction) {
get(igcMetric)->StatEndEmuFunc(emulatedInstruction);
}
void IGCMetric::StatIncCoalesced(llvm::Instruction *coalescedAccess) {
get(igcMetric)->StatIncCoalesced(coalescedAccess);
}
void IGCMetric::CollectRegStats(KERNEL_INFO *kernelInfo, llvm::Function *pFunc) {
get(igcMetric)->CollectRegStats(kernelInfo, pFunc);
}
void IGCMetric::CollectFunctions(llvm::Module *pModule) { get(igcMetric)->CollectFunctions(pModule); }
void IGCMetric::CollectLoops(llvm::Loop *loop) { get(igcMetric)->CollectLoops(loop); }
void IGCMetric::CollectLoops(llvm::LoopInfo *loopInfo) { get(igcMetric)->CollectLoops(loopInfo); }
void IGCMetric::UpdateVariable(llvm::Value *Org, llvm::Value *New) { get(igcMetric)->UpdateVariable(Org, New); }
void IGCMetric::CollectMem2Reg(llvm::AllocaInst *pAllocaInst, IGC::StatusPrivArr2Reg status) {
get(igcMetric)->CollectMem2Reg(pAllocaInst, status);
}
void IGCMetric::CollectLoopCyclomaticComplexity(llvm::Function *pFunc, int LoopCyclomaticComplexity,
int LoopCyclomaticComplexity_Max) {
get(igcMetric)->CollectLoopCyclomaticComplexity(pFunc, LoopCyclomaticComplexity, LoopCyclomaticComplexity_Max);
}
void IGCMetric::CollectNestedLoopsWithMultipleExits(llvm::Function *pFunc, float NestedLoopsWithMultipleExitsRatio,
float NestedLoopsWithMultipleExitsRatio_Max) {
get(igcMetric)->CollectNestedLoopsWithMultipleExits(pFunc, NestedLoopsWithMultipleExitsRatio,
NestedLoopsWithMultipleExitsRatio_Max);
}
void IGCMetric::CollectLongStridedLdStInLoop(llvm::Function *pFunc, llvm::Loop *pProblematicLoop,
int LongStridedLdStInLoop_LdCnt, int LongStridedLdStInLoop_StCnt,
int LongStridedLdStInLoop_MaxCntLdOrSt) {
get(igcMetric)->CollectLongStridedLdStInLoop(pFunc, pProblematicLoop, LongStridedLdStInLoop_LdCnt,
LongStridedLdStInLoop_StCnt, LongStridedLdStInLoop_MaxCntLdOrSt);
}
void IGCMetric::CollectIsGeminiLakeWithDoubles(llvm::Function *pFunc, bool IsGeminiLakeWithDoubles) {
get(igcMetric)->CollectIsGeminiLakeWithDoubles(pFunc, IsGeminiLakeWithDoubles);
}
void IGCMetric::CollectInstructionCnt(llvm::Function *pFunc, int InstCnt, int InstCntMax) {
get(igcMetric)->CollectInstructionCnt(pFunc, InstCnt, InstCntMax);
}
void IGCMetric::CollectThreadGroupSize(llvm::Function *pFunc, int ThreadGroupSize, int ThreadGroupSizeMax) {
get(igcMetric)->CollectThreadGroupSize(pFunc, ThreadGroupSize, ThreadGroupSizeMax);
}
void IGCMetric::CollectThreadGroupSizeHint(llvm::Function *pFunc, int ThreadGroupSizeHint, int ThreadGroupSizeHintMax) {
get(igcMetric)->CollectThreadGroupSizeHint(pFunc, ThreadGroupSizeHint, ThreadGroupSizeHintMax);
}
void IGCMetric::CollectIsSubGroupFuncIn(llvm::Function *pFunc, bool flag) {
get(igcMetric)->CollectIsSubGroupFuncIn(pFunc, flag);
}
void IGCMetric::CollectGen9Gen10WithIEEESqrtDivFunc(llvm::Function *pFunc, bool flag) {
get(igcMetric)->CollectGen9Gen10WithIEEESqrtDivFunc(pFunc, flag);
}
void IGCMetric::CollectNonUniformLoop(llvm::Function *pFunc, short LoopCount, llvm::Loop *problematicLoop) {
get(igcMetric)->CollectNonUniformLoop(pFunc, LoopCount, problematicLoop);
}
void IGCMetric::FinalizeStats() { get(igcMetric)->FinalizeStats(); }
void IGCMetric::CollectDataFromDebugInfo(llvm::Function *pFunc, IGC::DebugInfoData *pDebugInfo,
const IGC::VISADebugInfo *pVisaDbgInfo) {
get(igcMetric)->CollectDataFromDebugInfo(pFunc, pDebugInfo, pVisaDbgInfo);
}
bool IGCMetric::isMetricFuncCall(llvm::CallInst *pCall) {
if (pCall && llvm::isa<llvm::CallInst>(pCall) && pCall->getCalledFunction() != nullptr) {
return pCall->getCalledFunction()->getName().startswith(funcMetrics);
}
return false;
}
} // namespace IGCMetrics
|
