#ifndef SW_VEC_IREE_SAMPLES_UTIL_MODEL_API_H_
#define SW_VEC_IREE_SAMPLES_UTIL_MODEL_API_H_

// Define ML model configuration and model-specific utility APIs.

#include "iree/base/api.h"
#include "iree/hal/api.h"
#include "iree/modules/hal/module.h"
#include "iree/vm/api.h"
#include "iree/vm/bytecode_module.h"

#define MAX_MODEL_INPUT_NUM 2
#define MAX_MODEL_INPUT_DIM 4
#define MAX_MODEL_OUTPUTS 12
#define MAX_ENTRY_FUNC_NAME 20

typedef struct {
  int num_input;
  int num_input_dim[MAX_MODEL_INPUT_NUM];
  iree_hal_dim_t input_shape[MAX_MODEL_INPUT_NUM][MAX_MODEL_INPUT_DIM];
  int input_length[MAX_MODEL_INPUT_NUM];
  int input_size_bytes[MAX_MODEL_INPUT_NUM];
  int num_output;
  int output_length[MAX_MODEL_OUTPUTS];
  int output_size_bytes;
  enum iree_hal_element_types_t hal_element_type;
  char entry_func[MAX_ENTRY_FUNC_NAME];
  char model_name[];
} MlModel;

// Load the VM bytecode module from the embedded c library into memory.
const iree_const_byte_span_t load_bytecode_module_data();

// For each ML workload, based on the model configuration, allocate the buffer
// and prepare the data. It can be loaded from a embedded image binary, a
// randomly generated stream, or a pointer from the sensor/ISP output.
iree_status_t load_input_data(const MlModel *model, void **buffer);

// Check the ML execution output, and prepare the final data to be sent to the
// host with post processing. The final format is model dependent.
iree_status_t check_output_data(const MlModel *model,
                                iree_hal_buffer_mapping_t *mapped_memory,
                                int index_output);

#endif  // SW_VEC_IREE_SAMPLES_UTIL_MODEL_API_H_