op_dfx

ToString(const std::string &str)

Converts std::string to ge::AscendString.

OpDfxGuard(const char *file, int line, OpLevel level, const char *funcName, const char *paramNamesIn, const char *paramNamesOut, const INPUT_TUPLE &&in, const OUTPUT_TUPLE &&out)

Indicates the constructor of the DFX statistics guard.

OpDfxGuard(const char *file, int line, OpLevel level, const char *funcName)

OpDfxGuard(uint32_t id, const char *file, int line, OpLevel level, const char *funcName, const char *paramNames, const std::tuple<Args...> &t)

OpDfxGuard(uint64_t id, DfxProfilingType type)

OpDfxGuard()

ValidDfxName([[maybe_unused]]char const *a, [[maybe_unused]]char const *b)

Checks whether a is equal to b?

OpGetLogSequence()

Obtains the log sequence number.

GenSummaryItemId(const char *l2Name, const char *l0Name)

Generates a unique statistics ID based on the API names of L2 and L0.

GenSummaryItemId(const char *l2Name, const char *l0Name, const char *opType)

Generates a unique statistics ID based on the L2 and L0 API names and operator type names.

GenKernelLauncherId(const char *l0Name)

Generates the kernel launch statistics ID based on the L0 API name.

OpProfilingSwitch()

Indicates the constructor of OpProfilingSwitch.

OpLogInfo()

Indicates the constructor of OpLogInfo.

OpLogInfo(const OpLogInfo &rhs)

Indicates the constructor of OpLogInfo.

InitLevelZero()

Initializes L0 statistics.

InitLevelTwo()

Initializes L2 statistics.

PtrCastTo(From *ptr)

Converts ptr to a pointer of a specified type.

PtrCastTo(const From *ptr)

GenOpTypeId(const char *opName)

Generates a unique operator ID with the given operator name.

IsDumpEnabled()

Checks whether dump is enabled.

InitThreadLocalContext()

Initializes the thread local context.

AddInputTensorToThreadLocalCtx(const aclTensor *const t)

Adds an input tensor to the thread local context.

AddInputTensorToThreadLocalCtx(aclTensor *const t)

Adds an input tensor to the thread local context.

AddInputTensorToThreadLocalCtx([[maybe_unused]] T &t)

Adds an input tensor to the thread local context.

AddInputTensorsToThreadLocalCtx(const std::tuple<Args...> &t)

Adds multiple input tensors to the thread local context.

AddInputTensorToThreadLocalCtx(const aclTensorList *const t)

Adds multiple input tensors to the thread local context.

AddInputTensorToThreadLocalCtx(aclTensorList *const t)

Adds multiple input tensors to the thread local context.

AddOutputTensorToThreadLocalCtx(const aclTensor *const t)

Adds an output tensor to the thread local context.

AddOutputTensorToThreadLocalCtx(aclTensor *const t)

Adds an output tensor to the thread local context.

AddOutputTensorToThreadLocalCtx([[maybe_unused]] T &t)

Adds an output tensor to the thread local context.

AddOutputTensorsToThreadLocalCtx(const std::tuple<Args...> &t)

Adds multiple output tensors to the thread local context.

AddOutputTensorToThreadLocalCtx(const aclTensorList *const t)

Adds multiple output tensors to the thread local context.

AddOutputTensorToThreadLocalCtx(aclTensorList *const t)

Adds multiple output tensors to the thread local context.

CreateDfxProfiler(const char *funcName)

Creates a profiler with the given funcName.

CreateDfxProfiler(uint32_t id)

Creates a profiler with the given ID.

ToStr(const T &t, std::string &res, std::vector<std::string> &v, size_t &index)

Converts the given parameter to a string.

StringToVec(const char *paramNames, std::vector<std::string> &v)

Separates a given string by commas.

StringToVecWithBrackets(const char *paramNames, std::vector<std::string> &v)

Extracts the subitems of a string such as DFX_IN(aa, bb, cc) or DFX_OUT(aa, bb).

SplitStringAndPrint(std::string &res)

Splits a given long string into multiple substrings for printing.

BuildParamString(const char *paramNames, const std::tuple<Args...> &t)

Generates a parameter string based on the given operator input parameter.

BuildParamStringWithBrackets(const char *paramNames, const std::tuple<Args...> &t)

Generates a parameter string based on the given operator input parameter.

MemSetTilingRegisterResource()

Obtains the tiling registration resource of the MemSet operator.

MemSetInferShapeRegisterResource()

Obtains the InferShape registration resource of the MemSet operator.

MemSetTuningRegisterResource()

Obtains the tuning registration resource of the MemSet operator.

MemSetKernelResource()

Obtains the kernel binary resource of the MemSet operator.

MemSetTuningResource()

Obtains the tuning binary resource of the MemSet operator.

MemSetV2TilingRegisterResource()

Obtains the tiling registration resource of the MemSetV2 operator.

MemSetV2InferShapeRegisterResource()

Obtains the InferShape registration resource of the MemSetV2 operator.

MemSetV2TuningRegisterResource()

Obtains the tuning registration resource of the MemSetV2 operator.

MemSetV2KernelResource()

Obtains the kernel binary resource of the MemSetV2 operator.

MemSetV2TuningResource()

Obtains the tuning binary resource of the MemSetV2 operator.

NonFiniteCheckTilingRegisterResource()

Obtains the tiling registration resource of the NonFiniteCheck operator.

NonFiniteCheckInferShapeRegisterResource()

Obtains the InferShape registration resource of the NonFiniteCheck operator.

NonFiniteCheckTuningRegisterResource()

Obtains the tuning registration resource of the NonFiniteCheck operator.

NonFiniteCheckKernelResource()

Obtains the kernel binary resources of the NonFiniteCheck operator.

NonFiniteCheckTuningResource()

Obtains the tuning binary resources of the NonFiniteCheck operator.

GenOpTypeId(const char *opName, const OP_RESOURCES &opResources)

Generates a unique operator ID based on the given operator name and binary resources.

GenOpTypeId(const char *opName, const OP_SOC_RESOURCES &opResources)

Generates a unique operator ID based on the given operator name and SoC binary resources.

GenInternalOpTypeId()

Generates an internal operator ID.

aclnnStatus CheckPhase1Params(aclOpExecutor **executor, uint64_t *workspaceSize)

Checks whether the common input parameter is nullptr in the first phase.