src/gpu-compute/gpu_static_inst.hh

63     GPUStaticInst(const std::string &opcode);
65     int instAddr() const { return _instAddr; }
66     int nextInstAddr() const { return _instAddr + instSize(); }
74     int ipdInstNum() const { return _ipdInstNum; }
78     const std::string& disassemble();
93     virtual bool isValid() const = 0;
95     bool isALU() const { return _flags[ALU]; }
96     bool isBranch() const { return _flags[Branch]; }
97     bool isNop() const { return _flags[Nop]; }
98     bool isReturn() const { return _flags[Return]; }
101     isUnconditionalJump() const
106     bool isSpecialOp() const { return _flags[SpecialOp]; }
107     bool isWaitcnt() const { return _flags[Waitcnt]; }
109     bool isBarrier() const { return _flags[MemBarrier]; }
110     bool isMemFence() const { return _flags[MemFence]; }
111     bool isMemRef() const { return _flags[MemoryRef]; }
112     bool isFlat() const { return _flags[Flat]; }
113     bool isLoad() const { return _flags[Load]; }
114     bool isStore() const { return _flags[Store]; }
117     isAtomic() const
122     bool isAtomicNoRet() const { return _flags[AtomicNoReturn]; }
123     bool isAtomicRet() const { return _flags[AtomicReturn]; }
125     bool isScalar() const { return _flags[Scalar]; }
126     bool readsSCC() const { return _flags[ReadsSCC]; }
127     bool writesSCC() const { return _flags[WritesSCC]; }
128     bool readsVCC() const { return _flags[ReadsVCC]; }
129     bool writesVCC() const { return _flags[WritesVCC]; }
131     bool isAtomicAnd() const { return _flags[AtomicAnd]; }
132     bool isAtomicOr() const { return _flags[AtomicOr]; }
133     bool isAtomicXor() const { return _flags[AtomicXor]; }
134     bool isAtomicCAS() const { return _flags[AtomicCAS]; }
135     bool isAtomicExch() const { return _flags[AtomicExch]; }
136     bool isAtomicAdd() const { return _flags[AtomicAdd]; }
137     bool isAtomicSub() const { return _flags[AtomicSub]; }
138     bool isAtomicInc() const { return _flags[AtomicInc]; }
139     bool isAtomicDec() const { return _flags[AtomicDec]; }
140     bool isAtomicMax() const { return _flags[AtomicMax]; }
141     bool isAtomicMin() const { return _flags[AtomicMin]; }
144     isArgLoad() const
150     isGlobalMem() const
158     isLocalMem() const
163     bool isArgSeg() const { return _flags[ArgSegment]; }
164     bool isGlobalSeg() const { return _flags[GlobalSegment]; }
165     bool isGroupSeg() const { return _flags[GroupSegment]; }
166     bool isKernArgSeg() const { return _flags[KernArgSegment]; }
167     bool isPrivateSeg() const { return _flags[PrivateSegment]; }
168     bool isReadOnlySeg() const { return _flags[ReadOnlySegment]; }
169     bool isSpillSeg() const { return _flags[SpillSegment]; }
171     bool isWorkitemScope() const { return _flags[WorkitemScope]; }
172     bool isWavefrontScope() const { return _flags[WavefrontScope]; }
173     bool isWorkgroupScope() const { return _flags[WorkgroupScope]; }
174     bool isDeviceScope() const { return _flags[DeviceScope]; }
175     bool isSystemScope() const { return _flags[SystemScope]; }
176     bool isNoScope() const { return _flags[NoScope]; }
178     bool isRelaxedOrder() const { return _flags[RelaxedOrder]; }
179     bool isAcquire() const { return _flags[Acquire]; }
180     bool isRelease() const { return _flags[Release]; }
181     bool isAcquireRelease() const { return _flags[AcquireRelease]; }
182     bool isNoOrder() const { return _flags[NoOrder]; }
196     bool isGloballyCoherent() const { return _flags[GloballyCoherent]; }
197     bool isSystemCoherent() const { return _flags[SystemCoherent]; }
199     virtual int instSize() const = 0;
249     const std::string opcode;
301     bool isValid() const override { return true; }
302     int instSize() const override { return 0; }