op_arg_def

VisitTupleElem(const F &func, const std::tuple<Ts...> &tp)

Traverses all elements of OpArgBase and calls func.

VisitTupleElemNoReturn(const F &func, const std::tuple<Ts...> &tp)

Traverses all elements of OpArgBase and calls func.

VisitTupleElemAt(size_t idx, const F &func, const std::tuple<Ts...> &tp)

Calls func for the element with the specified idx in OpArgBase.

OpArgBase(const std::tuple<T...> &arg)

Indicates the OpArgBase constructor.

OpArgBase(std::tuple<T...> &&arg)

Indicates the OpArgBase constructor.

OpArgBase()

Indicates the OpArgBase constructor.

Size()

Obtains the element count of OpArgBase.

VisitBy(const F &func)

Traverses all elements of OpArgBase and calls func.

VisitTupleElem(func, arg_)

Traverses all elements of OpArgBase and calls func.

VisitByNoReturn(const F &func)

Calls func for the element with the specified idx in OpArgBase.

VisitAt(size_t idx, const F &func)

Calls func for the element with the specified idx in OpArgBase.

OpArgTypeStr(int argType)

Converts argType to a string.

ExtractOpArgType(const T &t, const Ts &...ts)

Obtains the elements of the V type from ts.

ExtractOpArgTypeTuple(const Tuple &t)

Obtains the elements of the V type from t.

OpArgValue()

Indicates the OpArgValue constructor.

OpArgValue(const aclTensor *value)

Constructs OpArgValue using a value of const aclTensor type and assigns a value to it.

OpArgValue(aclTensor *value)

Constructs OpArgValue using a value of aclTensor type and assigns a value to it.

OpArgValue(const aclTensorList *value)

Constructs OpArgValue using a value of const aclTensorList type and assigns a value to it.

OpArgValue(aclTensorList *value)

Constructs OpArgValue using a value of aclTensorList type and assigns a value to it.

OpArgValue(std::string *value)

Constructs OpArgValue using a value of string type and assigns a value to it.

OpArgValue(const std::string *value)

Constructs OpArgValue using a value of const string type and assigns a value to it.

OpArgValue(std::string &value)

Constructs OpArgValue using a value of string& type and assigns a value to it.

OpArgValue(const std::string &value)

Constructs OpArgValue using a value of const string& type and assigns a value to it.

OpArgValue(const char *value)

Constructs OpArgValue using a value of const char type and assigns a value to it.

OpArgValue(char *value)

Constructs OpArgValue using a value of char type and assigns a value to it.

OpArgValue(std::vector<std::tuple<void *, const aclTensor *>> *value)

Constructs OpArgValue using a value of vector type and assigns a value to it.

OpArgValue(const std::vector<std::tuple<void*, const aclTensor*>> *value)

Constructs OpArgValue using a value of const vector type and assigns a value to it.

OpArgValue(double value)

Constructs OpArgValue using a value of double type and assigns a value to it.

OpArgValue(uint32_t value)

Constructs OpArgValue using a value of uint32 type and assigns a value to it.

OpArgValue(int32_t value)

Constructs OpArgValue using a value of int32 type and assigns a value to it.

OpArgValue(float value)

Constructs OpArgValue using a value of float type and assigns a value to it.

OpArgValue(const bool value)

Constructs OpArgValue using a value of const bool type and assigns a value to it.

OpArgValue(const DataType value)

Constructs OpArgValue using a value of const DataType type and assigns a value to it.

OpArgValue(aclScalar *value)

Constructs OpArgValue using a value of aclScalar type and assigns a value to it.

OpArgValue(const aclScalar *value)

Constructs OpArgValue using a value of const aclScalar type and assigns a value to it.

OpArgValue(aclIntArray *value)

Constructs OpArgValue using a value of aclIntArray type and assigns a value to it.

OpArgValue(const aclIntArray *value)

Constructs OpArgValue using a value of const aclIntArray type and assigns a value to it.

OpArgValue(aclFloatArray *value)

Constructs OpArgValue using a value of aclFloatArray type and assigns a value to it.

OpArgValue(const aclFloatArray *value)

Constructs OpArgValue using a value of const aclFloatArray type and assigns a value to it.

OpArgValue(aclBoolArray *value)

Constructs OpArgValue using a value of aclBoolArray type and assigns a value to it.

OpArgValue(const aclBoolArray *value)

Constructs OpArgValue using a value of const aclBoolArray type and assigns a value to it.

OpArgValue(op::OpImplMode value)

Constructs OpArgValue using a value of OpImplMode type and assigns a value to it.

OpArgValue(const T &value)

Constructs OpArgValue using a value of const T& type and assigns a value to it.

OpArg()

Indicates the OpArg constructor.

OpArgList()

Indicates the OpArgList constructor.

OpArgList(OpArg *args_, size_t count_)

Creates an OpArgList with the given args.

OpArgContext()

Indicates the OpArgContext constructor.

GetOpArg(OpArgDef type)

Obtains an OpArgList of the specified type.

ContainsOpArgType(OpArgDef type)

Checks whether OpArgContext contains an OpArgList of the specified type.

AppendOpWorkspaceArg(aclTensorList *tensorList)

Adds the given TensorList to OpArgContext as a workspace parameter.

AppendOpArg([[maybe_unused]] size_t idx, const aclTensor *tensor, OpArg *&currArg)

Adds the given parameters to OpArgList.

AppendOpArg([[maybe_unused]] size_t idx, aclTensor *tensor, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const aclTensorList *tensorList, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, aclTensorList *tensorList, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, [[maybe_unused]] const std::nullptr_t tensor, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const bool value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const DataType value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, aclScalar *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const aclScalar *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, aclIntArray *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const aclIntArray *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, aclFloatArray *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const aclFloatArray *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, aclBoolArray *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const aclBoolArray *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, std::string *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const std::string *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, std::string &value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const std::string &value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const char *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, char *value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, double value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, float value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, int32_t value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, uint32_t value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, op::OpImplMode value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, std::vector<std::tuple<void*, const aclTensor*>> &value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, const std::vector<std::tuple<void*, const aclTensor*>> &value, OpArg *&currArg)

AppendOpArg([[maybe_unused]] size_t idx, T value, OpArg *&currArg)

OpArgContextSize(const T &t, const Ts &...ts)

Calculates the size of OpArgContext based on the given parameters.

OpArgContextInit(OpArgContext &ctx, OpArg *&currArg, const T &t, const Ts &...ts)

Initializes OpArgContext with the given parameters.

MakeOpArgContext(const Ts &...ts)

Creates OpArgContext with the given parameters.

GetOpArgContext(const Ts &...ts)

Obtains OpArgContext with the given parameters.

DestroyOpArgContext(OpArgContext *ctx)

Destroys the specified OpArgContext.

Allocated(size_t size)

Allocates memory of the size specified by size.

DeAllocated(void *addr)

Frees the memory at the address specified by addr.