litert::TensorBuffer

Expected< LiteRtTensorBufferType > BufferType() const 

Expected< void > ClearEvent()

Expected< TensorBuffer > Duplicate() const 

litert::Expected< AHardwareBuffer * > GetAhwb() const 

litert::Expected< DmaBuf > GetDmaBuf() const 

Expected< Event > GetEvent() const 

Expected< GlBuffer > GetGlBuffer() const 

Expected< GlTexture > GetGlTexture() const 

Expected< cl_mem > GetOpenClMemory() const 

bool HasEvent() const 

bool IsOpenClMemory() const 

Expected< void * > Lock()

Expected< size_t > Offset() const 

Expected< size_t > PackedSize() const 

Expected< void > Read(
  absl::Span< T > data
)

Expected< void > SetEvent(
  Event && event
)

Expected< void > SetLiteRtEvent(
  LiteRtEvent & litert_event
)

Expected< size_t > Size() const 

 TensorBuffer()=default

 TensorBuffer(
  LiteRtTensorBuffer tensor_buffer,
  OwnHandle owned
)

Expected< RankedTensorType > TensorType() const 

Expected< void > Unlock()

Expected< void > Write(
  absl::Span< const T > data
)

Expected< TensorBuffer > CreateFromAhwb(
  const RankedTensorType & tensor_type,
  AHardwareBuffer *ahwb,
  size_t ahwb_offset
)

Expected< TensorBuffer > CreateFromGlBuffer(
  const RankedTensorType & tensor_type,
  LiteRtGLenum target,
  LiteRtGLuint id,
  size_t size_bytes,
  size_t offset
)

Expected< TensorBuffer > CreateFromGlTexture(
  const RankedTensorType & tensor_type,
  LiteRtGLenum target,
  LiteRtGLuint id,
  LiteRtGLenum format,
  size_t size_bytes,
  LiteRtGLint layer
)

Expected< TensorBuffer > CreateFromHostMemory(
  const RankedTensorType & tensor_type,
  void *host_mem_addr,
  size_t buffer_size
)

Expected< TensorBuffer > CreateManaged(
  LiteRtTensorBufferType buffer_type,
  const RankedTensorType & tensor_type,
  size_t buffer_size
)