// SPDX-License-Identifier: MPL-2.0
#ifndef SH_LIB_PEZ_DEBUG_H
#define SH_LIB_PEZ_DEBUG_H
#include "std/type.h"
#include "std/status.h"
#define SH_PEZ_DEBUG_ALLOC_HEADER 0
#define SH_PEZ_DEBUG_FREE_HEADER 1
#define SH_PEZ_DEBUG_SIZE_LIST_HEADER 2
#define SH_PEZ_DEBUG_BOUNDARY_RADIX_HEADER 3
#define SH_PEZ_DEBUG_BITMAP_REGIONS_HEADER 4
#define SH_PEZ_DEBUG_SIZE_LIST_BLOCK_HEADER 5
// Struct for Pez alloc
#pragma pack(1)
typedef struct {
  sh_uint32 size_asked;
  sh_uint32 found_region_start_index;
  sh_uint32 found_region_size;
  sh_bool is_exact_fit;
  sh_uint32 remaining_size;
  sh_uint32 new_start;
  sh_uint32 reg_idx;
} sh_pez_debug_ALLOC;
#pragma pack()
// Struct for Pez free
#pragma pack(1)
typedef struct {
  sh_uint32 region_start_freeed;
  sh_uint32 size_freeed;
  sh_uint32 left_region_idx;
  sh_uint32 right_region_idx;
  sh_uint32 left_region_size;
  sh_uint32 right_region_size;
  sh_uint32 left_region_start;
  sh_uint32 right_region_start;
  sh_uint32 final_inserted_region_idx;
  sh_uint32 final_inserted_region_start;
  sh_uint32 final_inserted_region_size;
  sh_bool was_right_region_object_freeed;
  sh_bool was_new_region_object_allocated;
  sh_uint32 new_reg_obj_start;
  sh_uint32 new_reg_obj_size;
} sh_pez_debug_FREE;
#pragma pack()
// Struct for Pez regions from size list
#pragma pack(1)
typedef struct {
  sh_uint32 start;
  sh_uint32 size;
  sh_uint32 idx;
  sh_uint32 next_idx;
} sh_pez_debug_REGION_SIZE_LIST;
#pragma pack()
// Struct for Pez size list
#pragma pack(1)
typedef struct {
  sh_uint32 size;
  sh_uint32 count;
  sh_pez_debug_REGION_SIZE_LIST regions[512];
} sh_pez_debug_SIZE_LIST;
#pragma pack()
// Struct for Pez region from boundary
#pragma pack(1)
typedef struct {
  sh_uint32 pos_start;
  sh_uint32 idx_start;
  sh_uint32 prev_start;
  sh_uint32 pos_end;
  sh_uint32 idx_end;
  sh_uint32 prev_end;
} sh_pez_debug_REGION_BOUNDARY;
#pragma pack()
// Struct for Pez boundary radix
#pragma pack(1)
typedef struct {
  sh_uint32 count;
  sh_pez_debug_REGION_BOUNDARY regions[512];
} sh_pez_debug_BOUNDARY_RADIX;
#pragma pack()
// Struct for Pez regions from bitmap
#pragma pack(1)
typedef struct {
  sh_uint32 start;
  sh_uint32 size;
} sh_pez_debug_REGION_BITMAP;
#pragma pack()
// Struct for Pez bitmap
#pragma pack(1)
typedef struct {
  sh_uint32 count;
  sh_pez_debug_REGION_BITMAP regions[512];
} sh_pez_debug_BITMAP;
#pragma pack()
#endif
// Send an alloc payload
SH_STATUS sh_pez_debug_send_alloc(sh_pez_debug_ALLOC *alloc);
// Send a free payload
SH_STATUS sh_pez_debug_send_free(sh_pez_debug_FREE *free);
// Send a size list payload. Sending size list radix header must be done prior to any size list being send. It consist of SH_PEZ_DEBUG_SIZE_LIST_BLOCK_HEADER and the count of sizes list
SH_STATUS sh_pez_debug_send_size_list(sh_pez_debug_SIZE_LIST *size_list);
// Send a boundary radix payload
SH_STATUS sh_pez_debug_send_boundary_radix(sh_pez_debug_BOUNDARY_RADIX *boundary_radix);
// Send a bitmap payload
SH_STATUS sh_pez_debug_send_bitmap(sh_pez_debug_BITMAP *bitmap);