Class Type#

Defined in File type.h

Inheritance Relationships#

Base Type#

public ffi::ObjectRef

Derived Types#

public tvm::AnyType (Class AnyType)
public tvm::FuncType (Class FuncType)
public tvm::MissingType (Class MissingType)
public tvm::NoneType (Class NoneType)
public tvm::OpaqueType (Class OpaqueType)
public tvm::PrimType (Class PrimType)
public tvm::PtrType (Class PtrType)
public tvm::StringType (Class StringType)
public tvm::TensorRegionType (Class TensorRegionType)
public tvm::TupleType (Class TupleType)
public tvm::tirx::TensorMapType (Class TensorMapType)
public tvm::tirx::TensorType (Class TensorType)

Class Documentation#

class Type : public ffi::ObjectRef#

Managed reference to TypeObj.

See also

TypeObj

Subclassed by tvm::AnyType, tvm::FuncType, tvm::MissingType, tvm::NoneType, tvm::OpaqueType, tvm::PrimType, tvm::PtrType, tvm::StringType, tvm::TensorRegionType, tvm::TupleType, tvm::tirx::TensorMapType, tvm::tirx::TensorType

Public Types

using ContainerType = TypeObj #

Public Functions

inline explicit Type(::tvm::ffi::UnsafeInit tag)#

inline __PtrType operator->() const#

inline __PtrType get() const#

Public Static Functions

template<typename TypeObj> static inline void Expose()#

Request API exposure of a registered IR object type.

Note

Finish the ObjectDef statement and constructor registration before calling. Does nothing if the optional receiver was absent on the string helper’s first call.

ffi::reflection::ObjectDef<FooTypeObj>().def_ro("value", &FooTypeObj::value);
Type::Expose<FooTypeObj>();

Template Parameters:: TypeObj – The object class, not its reference wrapper.

static Type Missing()#: Construct a MissingType for type information not yet populated.