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)

AddInputTensorToThreadLocalCtx([[maybe_unused]] T &t)

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

Adds multiple input tensors to the thread local context.

AddInputTensorToThreadLocalCtx(const aclTensorList *const t)

Adds the input tensorList to the thread local context.

AddInputTensorToThreadLocalCtx(aclTensorList *const t)

AddOutputTensorToThreadLocalCtx(const aclTensor *const t)

Adds an output tensor to the thread local context.

AddOutputTensorToThreadLocalCtx(aclTensor *const t)

AddOutputTensorToThreadLocalCtx([[maybe_unused]] T &t)

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

Adds multiple output tensors to the thread local context.

AddOutputTensorToThreadLocalCtx(const aclTensorList *const t)

Adds the output tensorList to the thread local context.

AddOutputTensorToThreadLocalCtx(aclTensorList *const t)

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)

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.