room_entrance.h

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#ifndef YAZE_APP_ZELDA3_DUNGEON_ROOM_ENTRANCE_H
#define YAZE_APP_ZELDA3_DUNGEON_ROOM_ENTRANCE_H
 
#include <array>
#include <cstddef>
#include <cstdint>
#include <optional>
#include <utility>
#include <vector>
 
#include "absl/status/status.h"
#include "absl/strings/str_format.h"
#include "rom/rom.h"
#include "util/macro.h"
#include "zelda3/dungeon/dungeon_rom_addresses.h"
#include "zelda3/dungeon/dungeon_spawn_point.h"
#include "zelda3/dungeon/entrance_layout.h"
 
namespace yaze {
namespace zelda3 {
 
// 0x14577 word value for each room
constexpr int kEntranceRoom = 0x14813;
 
// 8 bytes per room, HU, FU, HD, FD, HL, FL, HR, FR
constexpr int kEntranceScrollEdge = 0x1491D;  // 0x14681
// Game loader: $02D9AB -> vertical $E8/$E6; $02D9B8 -> horizontal $E2/$E0.
constexpr int kEntranceYScroll = 0x14E4F;         // 2 bytes each entrance
constexpr int kEntranceXScroll = 0x14D45;         // 2 bytes each entrance
constexpr int kEntranceYPosition = 0x14F59;       // 0x14CBD 2bytes
constexpr int kEntranceXPosition = 0x15063;       // 0x14DC7 2bytes
constexpr int kEntranceCameraYTrigger = 0x1516D;  // 0x14ED1 2bytes
constexpr int kEntranceCameraXTrigger = 0x15277;  // 0x14FDB 2bytes
 
constexpr int kEntranceBlockset = 0x15381;  // 0x150E5 1byte
constexpr int kEntranceFloor = 0x15406;     // 0x1516A 1byte
constexpr int kEntranceDungeon = 0x1548B;   // 0x151EF 1byte (dungeon id)
constexpr int kEntranceDoor = 0x15510;      // 0x15274 1byte
 
// 1 byte, ---b ---a b = bg2, a = need to check
constexpr int kEntranceLadderBG = 0x15595;        // 0x152F9
constexpr int kEntrancescrolling = 0x1561A;       // 0x1537E 1byte --h- --v-
constexpr int kEntranceScrollQuadrant = 0x1569F;  // 0x15403 1byte
constexpr int kEntranceExit = 0x15724;            // 0x15488 2byte word
constexpr int kEntranceMusic = 0x1582E;           // 0x15592
 
using DungeonEntranceWriteRange = std::pair<uint32_t, uint32_t>;
 
// One regular entrance is stored as 17 discontiguous records: eight words,
// eight scalar bytes, and one eight-byte camera-boundary record. Keep this
// layout shared by save validation, manifest preflight, and write prediction so
// those safety surfaces cannot drift apart.
inline std::vector<DungeonEntranceWriteRange> RegularDungeonEntranceWriteRanges(
    const EntranceLayout& layout, int entrance_id) {
  if (entrance_id < 0 || entrance_id >= kNumRegularDungeonEntrances) {
    return {};
  }
  std::vector<DungeonEntranceWriteRange> ranges;
  ranges.reserve(layout.tables.size());
  for (const auto& [table_pc, record_width] : layout.tables) {
    const uint32_t begin =
        table_pc + static_cast<uint32_t>(entrance_id) * record_width;
    ranges.emplace_back(begin, begin + record_width);
  }
  return ranges;
}
 
inline absl::StatusOr<std::vector<DungeonEntranceWriteRange>>
RegularDungeonEntranceWriteRanges(const Rom& rom, int entrance_id) {
  ASSIGN_OR_RETURN(auto layout, ResolveEntranceLayout(rom.vector()));
  if (entrance_id < 0 || entrance_id >= kNumRegularDungeonEntrances) {
    return absl::OutOfRangeError("Regular dungeon entrance ID is out of range");
  }
  return RegularDungeonEntranceWriteRanges(layout, entrance_id);
}
 
class RoomEntrance;
 
absl::Status ValidateRegularDungeonEntranceForSave(const Rom& rom,
                                                   const RoomEntrance& entrance,
                                                   int entrance_id);
 
constexpr int items_data_start = 0xDDE9;  // save purpose
constexpr int items_data_end = 0xE6B2;    // save purpose
constexpr int initial_equipement = 0x271A6;
 
// item id you get instead if you already have that item
constexpr int chests_backupitems = 0x3B528;
constexpr int chests_yoffset = 0x4836C;
constexpr int chests_xoffset = 0x4836C + (76 * 1);
constexpr int chests_itemsgfx = 0x4836C + (76 * 2);
constexpr int chests_itemswide = 0x4836C + (76 * 3);
constexpr int chests_itemsproperties = 0x4836C + (76 * 4);
constexpr int chests_sramaddress = 0x4836C + (76 * 5);
constexpr int chests_sramvalue = 0x4836C + (76 * 7);
constexpr int chests_msgid = 0x442DD;
 
constexpr int dungeons_startrooms = 0x7939;
constexpr int dungeons_endrooms = 0x792D;
constexpr int dungeons_bossrooms = 0x10954;  // short value
 
// Bed Related Values (Starting location)
constexpr int bedPositionX = 0x039A37;  // short value
constexpr int bedPositionY = 0x039A32;  // short value
 
// short value (on 2 different bytes)
constexpr int bedPositionResetXLow = 0x02DE53;
constexpr int bedPositionResetXHigh = 0x02DE58;
 
// short value (on 2 different bytes)
constexpr int bedPositionResetYLow = 0x02DE5D;
constexpr int bedPositionResetYHigh = 0x02DE62;
 
constexpr int bedSheetPositionX = 0x0480BD;  // short value
constexpr int bedSheetPositionY = 0x0480B8;  // short value
 
class RoomEntrance {
 public:
  RoomEntrance() = default;
  RoomEntrance(Rom* rom, uint8_t entrance_id, bool is_spawn_point = false)
      : entrance_id_(entrance_id), is_spawn_point_(is_spawn_point) {
    if (rom == nullptr || !rom->is_loaded()) {
      load_status_ = absl::FailedPreconditionError("ROM not loaded");
      room_ = -1;
      return;
    }
    if (is_spawn_point) {
      // This combined array remains a read-only navigation view for existing
      // UI code. Authoritative spawn persistence uses DungeonSpawnPoint, which
      // has distinct door-tilemap and entrance-ID fields.
      auto loaded_spawn = DungeonSpawnPoint::Load(*rom, entrance_id);
      if (!loaded_spawn.ok()) {
        load_status_ = loaded_spawn.status();
        room_ = -1;
        return;
      }
      const DungeonSpawnPoint& spawn = *loaded_spawn;
      room_ = static_cast<int16_t>(spawn.room_id);
      y_position_ = spawn.y_coordinate;
      x_position_ = spawn.x_coordinate;
      camera_x_ = spawn.horizontal_scroll;
      camera_y_ = spawn.vertical_scroll;
      camera_trigger_y_ = spawn.camera_trigger_y;
      camera_trigger_x_ = spawn.camera_trigger_x;
      blockset_ = spawn.main_gfx;
      music_ = spawn.song;
      dungeon_id_ = spawn.dungeon_id;
      floor_ = spawn.floor;
      door_ = 0;
      ladder_bg_ = spawn.layer;
      scrolling_ = spawn.camera_scroll_controller;
      scroll_quadrant_ = spawn.quadrant;
      exit_ = static_cast<int16_t>(spawn.overworld_door_tilemap);
      camera_boundary_qn_ = spawn.camera_scroll_boundaries[0];
      camera_boundary_fn_ = spawn.camera_scroll_boundaries[1];
      camera_boundary_qs_ = spawn.camera_scroll_boundaries[2];
      camera_boundary_fs_ = spawn.camera_scroll_boundaries[3];
      camera_boundary_qw_ = spawn.camera_scroll_boundaries[4];
      camera_boundary_fw_ = spawn.camera_scroll_boundaries[5];
      camera_boundary_qe_ = spawn.camera_scroll_boundaries[6];
      camera_boundary_fe_ = spawn.camera_scroll_boundaries[7];
      return;
    }
 
    const auto layout = ResolveEntranceLayout(rom->vector());
    if (!layout.ok() || entrance_id >= kNumRegularDungeonEntrances) {
      load_status_ = !layout.ok()
                         ? layout.status()
                         : absl::OutOfRangeError(
                               "Regular dungeon entrance ID is out of range");
      room_ = -1;
      blockset_ = 0xFF;
      return;
    }
    loaded_layout_kind_ = layout->kind;
 
    room_ = static_cast<short>(
        (rom->data()[layout->table(EntranceField::kRoom) + (entrance_id * 2) +
                     1]
         << 8) +
        rom->data()[layout->table(EntranceField::kRoom) + (entrance_id * 2)]);
    y_position_ = static_cast<uint16_t>(
        (rom->data()[layout->table(EntranceField::kYPosition) +
                     (entrance_id * 2) + 1]
         << 8) +
        rom->data()[layout->table(EntranceField::kYPosition) +
                    (entrance_id * 2)]);
    x_position_ = static_cast<uint16_t>(
        (rom->data()[layout->table(EntranceField::kXPosition) +
                     (entrance_id * 2) + 1]
         << 8) +
        rom->data()[layout->table(EntranceField::kXPosition) +
                    (entrance_id * 2)]);
    camera_x_ = static_cast<uint16_t>(
        (rom->data()[layout->table(EntranceField::kXScroll) +
                     (entrance_id * 2) + 1]
         << 8) +
        rom->data()[layout->table(EntranceField::kXScroll) +
                    (entrance_id * 2)]);
    camera_y_ = static_cast<uint16_t>(
        (rom->data()[layout->table(EntranceField::kYScroll) +
                     (entrance_id * 2) + 1]
         << 8) +
        rom->data()[layout->table(EntranceField::kYScroll) +
                    (entrance_id * 2)]);
    camera_trigger_y_ = static_cast<uint16_t>(
        (rom->data()[(layout->table(EntranceField::kCameraYTrigger) +
                      (entrance_id * 2)) +
                     1]
         << 8) +
        rom->data()[layout->table(EntranceField::kCameraYTrigger) +
                    (entrance_id * 2)]);
    camera_trigger_x_ = static_cast<uint16_t>(
        (rom->data()[(layout->table(EntranceField::kCameraXTrigger) +
                      (entrance_id * 2)) +
                     1]
         << 8) +
        rom->data()[layout->table(EntranceField::kCameraXTrigger) +
                    (entrance_id * 2)]);
    blockset_ =
        rom->data()[layout->table(EntranceField::kBlockset) + entrance_id];
    music_ = rom->data()[layout->table(EntranceField::kMusic) + entrance_id];
    dungeon_id_ =
        rom->data()[layout->table(EntranceField::kDungeon) + entrance_id];
    floor_ = rom->data()[layout->table(EntranceField::kFloor) + entrance_id];
    door_ = rom->data()[layout->table(EntranceField::kDoor) + entrance_id];
    ladder_bg_ =
        rom->data()[layout->table(EntranceField::kLadderBG) + entrance_id];
    scrolling_ =
        rom->data()[layout->table(EntranceField::kScrolling) + entrance_id];
    scroll_quadrant_ =
        rom->data()[layout->table(EntranceField::kScrollQuadrant) +
                    entrance_id];
    exit_ = static_cast<short>(
        (rom->data()[layout->table(EntranceField::kExit) + (entrance_id * 2) +
                     1]
         << 8) +
        rom->data()[layout->table(EntranceField::kExit) + (entrance_id * 2)]);
 
    camera_boundary_qn_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 0 +
                    (entrance_id * 8)];
    camera_boundary_fn_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 1 +
                    (entrance_id * 8)];
    camera_boundary_qs_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 2 +
                    (entrance_id * 8)];
    camera_boundary_fs_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 3 +
                    (entrance_id * 8)];
    camera_boundary_qw_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 4 +
                    (entrance_id * 8)];
    camera_boundary_fw_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 5 +
                    (entrance_id * 8)];
    camera_boundary_qe_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 6 +
                    (entrance_id * 8)];
    camera_boundary_fe_ =
        rom->data()[layout->table(EntranceField::kScrollEdge) + 7 +
                    (entrance_id * 8)];
  }
 
  const absl::Status& load_status() const { return load_status_; }
  std::optional<EntranceLayoutKind> loaded_layout_kind() const {
    return loaded_layout_kind_;
  }
  bool dirty() const { return dirty_; }
  void MarkDirty() { dirty_ = true; }
  void ClearDirty() { dirty_ = false; }
  bool is_spawn_point() const { return is_spawn_point_; }
 
  absl::Status Save(Rom* rom, int entrance_id, bool is_spawn_point = false) {
    if (!rom || !rom->is_loaded()) {
      return absl::FailedPreconditionError("ROM not loaded");
    }
    if (is_spawn_point) {
      return absl::FailedPreconditionError(absl::StrFormat(
          "Dungeon spawn point 0x%02X cannot be saved: spawn writes are "
          "disabled through the legacy RoomEntrance model; use the dedicated "
          "spawn ROM schema in DungeonSpawnPoint",
          entrance_id));
    }
 
    // Deliberate defense in depth for direct callers outside the bulk editor
    // preflight: reject model/ID mismatches before the first regular write.
    RETURN_IF_ERROR(
        ValidateRegularDungeonEntranceForSave(*rom, *this, entrance_id));
    ASSIGN_OR_RETURN(auto resolved_layout,
                     ResolveEntranceLayout(rom->vector()));
    const auto* layout = &resolved_layout;
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kRoom) + (entrance_id * 2), room_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kYPosition) + (entrance_id * 2),
        y_position_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kXPosition) + (entrance_id * 2),
        x_position_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kYScroll) + (entrance_id * 2), camera_y_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kXScroll) + (entrance_id * 2), camera_x_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kCameraXTrigger) + (entrance_id * 2),
        camera_trigger_x_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kCameraYTrigger) + (entrance_id * 2),
        camera_trigger_y_));
    RETURN_IF_ERROR(rom->WriteShort(
        layout->table(EntranceField::kExit) + (entrance_id * 2), exit_));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kBlockset) + entrance_id,
                       (uint8_t)(blockset_ & 0xFF)));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kMusic) + entrance_id,
                       (uint8_t)(music_ & 0xFF)));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kDungeon) + entrance_id,
                       (uint8_t)(dungeon_id_ & 0xFF)));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kDoor) + entrance_id,
                       (uint8_t)(door_ & 0xFF)));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kFloor) + entrance_id,
                       (uint8_t)(floor_ & 0xFF)));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kLadderBG) + entrance_id,
                       (uint8_t)(ladder_bg_ & 0xFF)));
    RETURN_IF_ERROR(
        rom->WriteByte(layout->table(EntranceField::kScrolling) + entrance_id,
                       (uint8_t)(scrolling_ & 0xFF)));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollQuadrant) + entrance_id,
        (uint8_t)(scroll_quadrant_ & 0xFF)));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 0 + (entrance_id * 8),
        camera_boundary_qn_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 1 + (entrance_id * 8),
        camera_boundary_fn_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 2 + (entrance_id * 8),
        camera_boundary_qs_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 3 + (entrance_id * 8),
        camera_boundary_fs_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 4 + (entrance_id * 8),
        camera_boundary_qw_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 5 + (entrance_id * 8),
        camera_boundary_fw_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 6 + (entrance_id * 8),
        camera_boundary_qe_));
    RETURN_IF_ERROR(rom->WriteByte(
        layout->table(EntranceField::kScrollEdge) + 7 + (entrance_id * 8),
        camera_boundary_fe_));
    ClearDirty();
    return absl::OkStatus();
  }
 
  uint16_t entrance_id_ = 0;
  uint16_t x_position_ = 0;
  uint16_t y_position_ = 0;
  uint16_t camera_x_ = 0;
  uint16_t camera_y_ = 0;
  uint16_t camera_trigger_x_ = 0;
  uint16_t camera_trigger_y_ = 0;
 
  int16_t room_ = 0;
  uint8_t blockset_ = 0;
  uint8_t floor_ = 0;
  uint8_t dungeon_id_ = 0;
  uint8_t ladder_bg_ = 0;
  uint8_t scrolling_ = 0;
  uint8_t scroll_quadrant_ = 0;
  int16_t exit_ = 0;
  uint8_t music_ = 0;
  uint8_t door_ = 0;
 
  uint8_t camera_boundary_qn_ = 0;
  uint8_t camera_boundary_fn_ = 0;
  uint8_t camera_boundary_qs_ = 0;
  uint8_t camera_boundary_fs_ = 0;
  uint8_t camera_boundary_qw_ = 0;
  uint8_t camera_boundary_fw_ = 0;
  uint8_t camera_boundary_qe_ = 0;
  uint8_t camera_boundary_fe_ = 0;
 
 private:
  absl::Status load_status_;
  std::optional<EntranceLayoutKind> loaded_layout_kind_;
  bool dirty_ = false;
  bool is_spawn_point_ = false;
};
 
inline absl::StatusOr<std::vector<DungeonEntranceWriteRange>>
CollectDirtyRegularDungeonEntranceWriteRanges(
    const Rom& rom,
    const std::array<RoomEntrance, kNumDungeonEntranceSlots>& entrances) {
  ASSIGN_OR_RETURN(auto layout, ResolveEntranceLayout(rom.vector()));
  std::vector<DungeonEntranceWriteRange> ranges;
  for (int entrance_id = 0; entrance_id < kNumRegularDungeonEntrances;
       ++entrance_id) {
    const auto& entrance = entrances[kNumDungeonSpawnPoints + entrance_id];
    if (!entrance.dirty()) {
      continue;
    }
    auto entrance_ranges =
        RegularDungeonEntranceWriteRanges(layout, entrance_id);
    ranges.insert(ranges.end(), entrance_ranges.begin(), entrance_ranges.end());
  }
  return ranges;
}
 
inline absl::Status ValidateRegularDungeonEntranceForSave(
    const Rom& rom, const RoomEntrance& entrance, int entrance_id) {
  if (entrance_id < 0 || entrance_id >= kNumRegularDungeonEntrances) {
    return absl::OutOfRangeError(
        absl::StrFormat("Regular dungeon entrance ID %d is outside [0, %d)",
                        entrance_id, kNumRegularDungeonEntrances));
  }
  if (entrance.is_spawn_point()) {
    return absl::InvalidArgumentError(absl::StrFormat(
        "Regular dungeon entrance 0x%02X is marked as a spawn point",
        entrance_id));
  }
  if (entrance.entrance_id_ != static_cast<uint16_t>(entrance_id)) {
    return absl::InvalidArgumentError(absl::StrFormat(
        "Regular dungeon entrance model ID 0x%02X does not match requested "
        "save ID 0x%02X",
        static_cast<int>(entrance.entrance_id_), entrance_id));
  }
  RETURN_IF_ERROR(entrance.load_status());
  ASSIGN_OR_RETURN(auto layout, ResolveEntranceLayout(rom.vector()));
  if (entrance.loaded_layout_kind().has_value() &&
      *entrance.loaded_layout_kind() != layout.kind) {
    return absl::FailedPreconditionError(
        "Dungeon entrance layout changed since load; reload entrances");
  }
  if (entrance.room_ < 0 || entrance.room_ >= kNumberOfRooms) {
    return absl::OutOfRangeError(absl::StrFormat(
        "Regular dungeon entrance 0x%02X room ID %d is outside [0, %d)",
        entrance_id, entrance.room_, kNumberOfRooms));
  }
 
  for (const auto& [begin, end] :
       RegularDungeonEntranceWriteRanges(layout, entrance_id)) {
    if (end > rom.size()) {
      return absl::FailedPreconditionError(absl::StrFormat(
          "Regular dungeon entrance 0x%02X write range "
          "0x%06X-0x%06X exceeds ROM size 0x%X",
          entrance_id, begin, end, static_cast<uint32_t>(rom.size())));
    }
  }
  return absl::OkStatus();
}
 
inline absl::Status ValidateRegularDungeonEntrancesForSave(
    const Rom& rom,
    const std::array<RoomEntrance, kNumDungeonEntranceSlots>& entrances,
    bool dirty_only = true) {
  RETURN_IF_ERROR(ResolveEntranceLayout(rom.vector()).status());
  for (int entrance_id = 0; entrance_id < kNumRegularDungeonEntrances;
       ++entrance_id) {
    const auto& entrance = entrances[kNumDungeonSpawnPoints + entrance_id];
    if (dirty_only && !entrance.dirty()) {
      continue;
    }
    RETURN_IF_ERROR(
        ValidateRegularDungeonEntranceForSave(rom, entrance, entrance_id));
  }
  return absl::OkStatus();
}
 
inline absl::Status RejectUnsupportedDungeonSpawnPointSaves(
    const std::array<RoomEntrance, kNumDungeonEntranceSlots>& entrances,
    bool dirty_only = true) {
  for (int spawn_id = 0; spawn_id < kNumDungeonSpawnPoints; ++spawn_id) {
    if (dirty_only && !entrances[spawn_id].dirty()) {
      continue;
    }
    return absl::FailedPreconditionError(absl::StrFormat(
        "Dungeon spawn point 0x%02X is scheduled for save through the legacy "
        "RoomEntrance model; use the dedicated DungeonSpawnPoint model",
        spawn_id));
  }
  return absl::OkStatus();
}
 
inline absl::Status SaveAllDungeonEntrances(
    Rom* rom, std::array<RoomEntrance, kNumDungeonEntranceSlots>& entrances,
    bool dirty_only = true) {
  if (!rom || !rom->is_loaded()) {
    return absl::FailedPreconditionError("ROM not loaded");
  }
 
  // The combined RoomEntrance array remains a read-only navigation view for
  // spawn slots. Reject dirty legacy views before writing any regular record;
  // authoritative spawn saves use SaveAllDungeonSpawnPoints separately.
  RETURN_IF_ERROR(
      RejectUnsupportedDungeonSpawnPointSaves(entrances, dirty_only));
 
  // Validate every participating regular record before the first write.
  RETURN_IF_ERROR(
      ValidateRegularDungeonEntrancesForSave(*rom, entrances, dirty_only));
 
  for (int entrance_id = 0; entrance_id < kNumRegularDungeonEntrances;
       ++entrance_id) {
    auto& entrance = entrances[kNumDungeonSpawnPoints + entrance_id];
    if (dirty_only && !entrance.dirty()) {
      continue;
    }
    RETURN_IF_ERROR(entrance.Save(rom, entrance_id, false));
  }
 
  return absl::OkStatus();
}
 
}  // namespace zelda3
}  // namespace yaze
 
#endif  // YAZE_APP_ZELDA3_DUNGEON_ROOM_ENTRANCE_H